It also provides a brief analysis of these protocols which could be helpful in future work in this direction . This paper also provides a reference for further research in this area giving an insight on energy conservation at MAC layer . Hence , the nodes are intermittently connected and sparsely distributed in the network . For outdoing this , in Pocket Switched Network ( PSN ) , we will exploit the device 's mobility pattern to transmit messages more rapidly and contribute to the energy conservation and communication efficiency . Therefore , selecting the proper message forwarding algorithm is the foremost factor for efficient message dissemination and resource sharing ; which is implemented using the wireless technology ( Wi-Fi , Bluetooth ) . Through a primal decomposition , a two-level optimization is relaxed with Lagrangian dualization and solved by the gradient algorithm . The low-level optimization problem is further decomposed into a secondary master dual problem with four cross-layer subproblems : a rate control problem , a channel contention problem , a distortion control problem , and an energy conservation problem . The implementation of the distributed algorithm is discussed with regard to the communication overhead and dynamic network change . This push towards energy efficiency c e r W y applies to today 's athletic and special event facilities . High customer expectations and corresponding large operating expenses have helped to make energy conservation measures more of a priority in the facilities design . The heating , ventilation , and air conditioning ( WAC ) systems in sporting and special event facility present a unique challenge to Continuous Commissioning ( CC ) engineers . Nanofluids can afford excellent thermal performance and have a major role in energy conservation aspect . In this paper , a sensitivity analysis has been performed by using response surface methodology to calculate the effects of nanoparticles on the entropy generation . This paper presents a detailed research to investigate on energy reduction demand and presents solar active and passive system as alternative energy . In addition , introduction of high efficiency instruments such as air conditioning system and lighting system shall enhance the performance of energy conservation of energy . An integrate tool kit called TRNSYS software to perform the analysis on simulation of energy conservation in building . Energy efficient data aggregation has been a challenge for researchers working in this field . In this work , we have investigated the performance of some state-of-the-art hierarchical data aggregation protocols used in WSN from the energy conservation perspective when information is gathered at the sink node . The primary objective of data aggregation is to gather and aggregate data in a way that the network lifetime is enhanced as well as power is conserved . Localization algorithms continue to be a challenging and important topic in wireless sensor networks ( WSNs ) . To efficiently exploit the normal distribution for range-free localization , we propose two weighted centroid localization algorithms called Positioning Based on Normal Distribution and Positioning Based on the Network Size . Sensor node deployment is one of the critical topics addressed in wireless sensor networks ( WSNs ) research , which determines coverage efficiency of WSNs . This paper proposes a self -organizing algorithm for enhancing the coverage for WSNs , which is so-called Ionic bond-directed particle swarm optimization ( IBPSO ) . Abstract Because sensor nodes typically are battery-powered and in most cases it may not be possible to change or recharge batteries , the key challenge in Wireless Sensor Networks ( WSNs ) design is the energy-efficiency and how to deal with the trade-off between it and the QoS parameters required by some applications . This paper studies the QoS of an energy-efficient cluster-based routing protocol called Energy-Aware routing Protocol ( EAP ) in terms of lifetime , delay , loss percentage , and throughput , and proposes some modifications on it to enhance its performance . A deployment-direction regulator ( e.g. , a projecting portion of a center-pillar garnish ) that regulates the deployment direction of the head-protection air-bag body toward the inside of the vehicle compartment is provided at a position above and adjacent to an interior projection of the vehicle compartment such as a slip joint at the center pillar . Alternatively , or in addition to the deployment-direction regulator , a lower end of a portion of the air-bag body that covers the center pillar can be shaped so as not to project downward from an inflation chamber , and/or can be provided with a longitudinal inflation chamber at its lower end that inflates during an early stage of inflation and deployment to prevent that portion of the air-bag body from catching on the interior projection of the vehicle compartment . All these are complicated tasks and require number of workers costly in nature , error-insensitive , customers ' dissatisfaction , etc . 3GPP Release 8 for LTE defined self-organising network ( SON ) to maximise efficiency in planning , deployment and maintenance by doing operations automatically . Industry has identified load balancing and handover optimisation as two keys for self organising mechanisms in a network . In this paper , we develop this approach further into a practicable , semantically rich , model-based design and analysis approach that considers the sensor network and its contained services as a service-oriented architecture . The proposed model enables a systematic approach to service composition , analysis ( using domain-specific techniques ) , and deployment . It also enables cross intelligence domain integration to simplify intelligence gathering , allowing users to express queries in structured natural language ( Controlled English ) . While the wide spectrum of available Clouds constitutes a vibrant technical environment , many early-stage issues pose specific challenges from a software engineering perspective . MODAClouds will provide methods , a decision support system , and an open source IDE and run-time environment for the high-level design , early prototyping , semiautomatic code generation , and automatic deployment of applications on multiple Clouds . It will free developers from the need to commit to a fixed Cloud technology stack during software design and offer benefits in terms of cost savings , portability of applications and data between Clouds , reversibility ( moving applications and data from Cloud to non-Cloud environments ) , risk management , quality assurance , and flexibility in the development process . Instead of dealing with the burden of defining applications only by specifying semantic workflows in terms of activities expressed as a tuple < ; task , object > , a developer can rely on the definition of complete executions flows or partial execution flows . The second extension aimed at the automatic deployment of applications in a cloud platform , thus allowing the simultaneous use of it by several clients over the Internet . We also present a proof-of-concept that illustrates the use of the cloud-based platform in a flight booking application . Lean should be practiced in conjunction with Open Innovation based upon customer-driven value creation and not merely customer-driven demand . The Lean extended enterprise should evolve towards a continuously learning organisation through customer integration in the product development and deployment cycle . Our experimental results show that the unslotted CSMA/CA is only effective in light inter-user interference scenarios . Comparably , the slotted CSMA/CA can provide dramatic performance improvement ( 2.7 times higher in PDR and 1.7 times higher in throughput on average ) , when severe inter-user interference occurs in WBSN deployment . Autonomic and self- * systems of all kinds are expected to operate in a stable and predictable way . This in a natural way implies the need for pre-deployment design-time verification of the decision making logic , meant by a process of proving that the logic deployed into the autonomic service/software component meets all requirements and will not lead to any unpredicted or unwanted behavior . There is actually no simple way that can be used for verification of the decision making logic used self- * and autonomic systems as only methods that use some kind of formalism can in an objective way verify the logic correctness . Through this paper , we propose an inventive , albeit , small footprint , ML ( Machine Learning ) dairy edge that incorporates supervised and unsupervised models to detect prognostics conditions so as to infuse auto-corrective behavior to improve the precision of dairy edge . The paper presents industrial dairy sensor design and deployment as well as its data collection and certain field experimental results . ODM Tools is open source and cross platform compatible . ODM Tools demonstrates options for desktop application development and deployment using Python . The second talk by B. Nikolic addresses challenges in communications systems presented by the way radio spectrum is being shared today . It presents scenarios for the spectrum reuse on a dynamic basis , to achieve a more robust system for massive deployment of wireless terminals . Allocated , but unused portions of the spectrum are used by secondary , cognitive , basis . Based on the ratings of DRs , NPP team could effectively allocate DR resources to satisfy the CRs . A house of quality ( HOQ ) diagram is used to analyze the critical factors involved in the quality function deployment ( QFD ) processes for the new product planning ( NPP ) . The principal tasks of the QFD acting process comprise describing and scoring customer requirements ( CRs ) ; determining design requirements ( DRs ) , the relationship between CRs and DRs , the correlations among CRs , and the correlations among DRs . The prototype is designed and developed based on the component-based development approach that is able to integrate the existing and related libraries from PRISM-games model checker for the synthesis engine , JFreeChart libraries for the chart presentation , and Java Universal Network/Graph Framework libraries for the graph visualization . This paper also presents the implementation of the proposed prototype based on the cloud application deployment scenario to illustrate its applicability . This work contributes to provide a fundamental work towards automated synthesis for self-adaptive systems . This is the only additional splitwise processing that is done by the proposed approach . During deployment , the average enrollment time per image after pre - processing , including alignment and feature extraction is 8ms . subsection : Evaluation Pipeline For example , SE - GV - 3 - g2 denotes a network which uses the SENet - 50 as the feature extractor , training image sets of size 3 , and 2 ghost clusters . Network deployment . In the IJB - A and IJB - B datasets , there are images and videos available for each subject . But , like other cyber communication process , the smart grid technology is now in the security concern because of the modern eavesdropping techniques . To keep the system safe and secure from the probable vulnerability , several encryption algorithms have already been developed to ascertain secure data transmission . But , the processing time of these traditional algorithms is comparatively higher and this drawback certainly endangers the system security . Till now most of the security approaches that have been suggested , focus on database security and not on security of the data transmission process as a whole . In this paper we have proposed a model for secure transmission of data . This model is implemented using digital signatures for authentication and triple DES for data transmission . Hence , security is one of the important concern and main challenge to be addressed for the guaranteed data transmission in IoT environment . In this review work , we analyze the secure transmission of data in IoT and investigate the recent approaches in IoT security and their requirements and open issues . We present a taxonomy model for the secure transmission in IoT security which includes architecture/layers , communication topology , and classification techniques which are categorized under cluster , trust , routing , blockchain , and location-based approaches . The invention relates to a method , apparatus for load defense , control , simulation , secure transmission of data , energy , for self-sufficient system , network , telecommunications , power supply , peer-to-peer , Internet of Things , Web 4.0 , Industry 4.0 , cyber Physical Device , High Performance Computing , Cloud Computing , Mobility z. As vehicle , swimming equipment , aircraft , drone that the data to be transmitted , energy in the start server and / or start network generates at least one virtual machine ( VM ) and / or virtual network ( VN ) , under a set of static , dynamic parameters , probability , Ranking , transaction that z. B. after the execution of the VM and / or VN stopped , controlled , canceled or forwarded until the data , energy is received by the target system , after the execution of the local action , the VM and / or VN then delete and / or not processed further , in particular independently deleted . The system implements not only the security functions of common IPSec VPNs , but also following functions as multi-factor authentication with trusted attestation , dynamic access control based on trust value , etc . Then , the implementation of a prototype as well as its performance test and analysis is presented to prove it can ensure terminal 's trusted access , data secure transmission , and accessed network resources/services availability and manageability . In this paper , we are proposing a tactic to provide secure confidential data transmission through the internet which has revolutionized the mode of transmitting data . To achieve this we are using AES algorithm and BPCS steganography technique . However , according to the current 3GPP standard , these NB-IoT devices still employ the traditional authentication process of normal user equipment to implement mutual authentication between NB-IoT devices and 5 G core networks , which brings a lot of communication and storage overhead , and it will be more serious when lots of NB-IoT devices are activated simultaneously . In this paper , we propose a fast mutual authentication and data transfer scheme for massive NB-IoT devices , which integrates the access authentication and secure data transmission process and achieves the authentications and data transmissions of a group of NB-IoT devices at the same time . Our scheme can not only greatly simplify the authentication process and alleviate the load of the networks but also ensure robust security protection including user anonymity and nonrepudiation . Data hiding may be a powerful idea in pc security that facilitates the secure transmission data over insecure channel by concealing the initial information into another cover media , Where as text information concealing is kind of a development in computer security applications , image concealing is gaining speedy popularity due to its prevailing applications as a picture is a lot of controlling to contain helpful info . during this paper , we 've got carefully investigated the idea of Steganography by incorporating image hiding among another image with a secure structural digital signature framework . Cryptographic algorithms such as International Data Encryption Algorithm(IDEA ) have found various applications in secure transmission of the data in networked instrumentation and distributed measurement systems . Modulo 2n + 1 multiplier and squarer play a pivotal role in the implementation of such crypto-algorithms . Our scheme is secure in the full model without random oracles , and at the same time has a tight security reduction and short public parameters . This means that our scheme is quite suitable for secure transmitting data in IOT . We proposed a new fuzzy identity-based encryption ( FIBE ) scheme . In mission-critical applications of wireless sensor network ( WSN ) applications , delay in detecting the event of interest could prove costly . Because the sensors in eventdriven networks are generally idle most of the time and only come to life when the event of interest occurs , the major concern is arguably the accuracy and efficiency of the detection process . FTP Security . Mail Security : SMTP , POP , and IMAP . Summary . 17 . 12 . Mail Security . SMTP Servers and Clients . In today ’s world , security is important aspect in day to day life .So , everyone used various ways for security purpose . users use passwords for their mail security and Generally , everyone uses textual password . Textual password is combination of alphabets , characters and numbers . As increasing the network bandwidth , the threat of a network also increases with emerging various new services . For a high-performance network security , It is generally used that high-speed packet classification methods which employ hardware like TCAM . There needs an method using these devices efficiently because they are expensive and their capacity is not sufficient . Computer security is of growing importance in the increasingly networked computing environment . This work examines the issue of high-performance network security , specifically integrity , by focusing on integrating security into network storage system . Emphasizing the cost-constrained environment of storage , we examine how current software-based cryptography can not support storage ’s Gigabit/sec transfer rates . Moving ATM from the labs and LANs to the MANs and WANs is not possible for many because of a lack of data str eam policy , audit , commercial privacy , data integrity and authentication within existing ATM switches , end-points or network offerings . This paper describes a device whose intended purpose is to add these security f eat res while maintaining the end-to-end high-performance nature of ATM and to create the general direction that high-performance network security may take in the future . Human Activity Recognition ( HAR ) refers to an emerging area of interest for medical , military , and security applications . However , the identification of the features to be used for activity classification and recognition is still an open point . Despite its importance , our ability to objectively detect and quantify it in a real-time , non-invasive manner is very limited . This capability would have a wide variety of medical , military , and security applications . We have developed a pipeline of image and signal processing algorithms to make such a system practical , which includes remote cardiac pulse detection based on visible spectrum videos and physiological stress detection based on the variability in the remotely detected cardiac signals . Motion estimation has a variety of important applications , such as video coding , frame rate conversion , de-interlacing , object tracking and spatio-temporal segmentation . Furthermore there are medical , military and security applications . The proper motion measurement method is selected , based on the application and the available computational power . The service and cloud computing oriented spatial architecture is a very promising architecture . This paper studied service and cloud computing based architecture for geographical information platform in labor and social security applications . The spatial cloud computing applies geographical information system has an important application prospect in labor and social security application . This paper analyzes the impact of integrated watershed land use plans generated through multi-objective optimization techniques in a Central Himalayan watershed on forest fodder dependency for meeting fodder requirements of livestock in the watershed . Alternate land use plans were developed for optimizing four objective functions - maximizing farm income , employment and nutritional security , and minimizing soil loss individually and simultaneously at the watershed level . The analysis was carried under two capital availability scenarios ( restricted and unrestricted ) . Intelligent transport systems vary in technologies applied , from basic management systems such as car navigation ; traffic signal control systems ; container management systems ; variable message signs ; automatic number plate recognition or speed cameras to monitor applications , such as security CCTV systems ; and to more advanced applications that integrate live data and feedback from a number of other sources , such a sparking guidance and information systems ; weather information ; bridge de-icing systems ; and the like . Additionally , predictive techniques are being developed to allow advanced modelling and comparison with historical baseline data . The knowledge-building phase is a critical period in the WSN lifespan and requires active security measures . This paper proposes an enhanced BIOSARP ( E-BIOSARP ) that incorporates a random key encryption mechanism in a cost-effective manner to provide active security measures in WSNs . A detailed description of E-BIOSARP is presented , followed by an extensive security and performance analysis to demonstrate its efficiency . The goal of this work is to establish the accuracy of ray tracing to simulate the radio channel in a Physical Layer Security scenario , where two legitimate users try to take advantage of the intrinsic properties of the channel to generate a shared secret key inaccessible to an eavesdropper . A 3D Ray-Tracing software , including a diffuse scattering model , is employed to simulate spatial correlations in an indoor environment at the frequencies of 2.4 and 5GHz . In order to minimize the likelihood that a given threat takes advantage of the weakest link a formalized structure taking into account all security elements is needed . The proposed model is based on and integrates some security best practices and standards in order to define an assured Information Security Categorization . From this point , an assessment process should be performed , giving the evidence that the information security within a given organization , is thoroughly managed . A Method for Multilateral Security Requirements Elicitation . In networked environments , the importance of eliciting security requirements as part of the process of requirements elicitation is increasing .
It also provides a brief analysis of these protocols which could be helpful in future work in this direction . This paper also provides a reference for further research in this area giving an insight on energy conservation at MAC layer .
Hence , the nodes are intermittently connected and sparsely distributed in the network . For outdoing this , in Pocket Switched Network ( PSN ) , we will exploit the device 's mobility pattern to transmit messages more rapidly and contribute to the energy conservation and communication efficiency . Therefore , selecting the proper message forwarding algorithm is the foremost factor for efficient message dissemination and resource sharing ; which is implemented using the wireless technology ( Wi-Fi , Bluetooth ) .
Through a primal decomposition , a two-level optimization is relaxed with Lagrangian dualization and solved by the gradient algorithm . The low-level optimization problem is further decomposed into a secondary master dual problem with four cross-layer subproblems : a rate control problem , a channel contention problem , a distortion control problem , and an energy conservation problem . The implementation of the distributed algorithm is discussed with regard to the communication overhead and dynamic network change .
This push towards energy efficiency c e r W y applies to today 's athletic and special event facilities . High customer expectations and corresponding large operating expenses have helped to make energy conservation measures more of a priority in the facilities design . The heating , ventilation , and air conditioning ( WAC ) systems in sporting and special event facility present a unique challenge to Continuous Commissioning ( CC ) engineers .
Nanofluids can afford excellent thermal performance and have a major role in energy conservation aspect . In this paper , a sensitivity analysis has been performed by using response surface methodology to calculate the effects of nanoparticles on the entropy generation .
This paper presents a detailed research to investigate on energy reduction demand and presents solar active and passive system as alternative energy . In addition , introduction of high efficiency instruments such as air conditioning system and lighting system shall enhance the performance of energy conservation of energy . An integrate tool kit called TRNSYS software to perform the analysis on simulation of energy conservation in building .
Energy efficient data aggregation has been a challenge for researchers working in this field . In this work , we have investigated the performance of some state-of-the-art hierarchical data aggregation protocols used in WSN from the energy conservation perspective when information is gathered at the sink node . The primary objective of data aggregation is to gather and aggregate data in a way that the network lifetime is enhanced as well as power is conserved .
Localization algorithms continue to be a challenging and important topic in wireless sensor networks ( WSNs ) . To efficiently exploit the normal distribution for range-free localization , we propose two weighted centroid localization algorithms called Positioning Based on Normal Distribution and Positioning Based on the Network Size .
Sensor node deployment is one of the critical topics addressed in wireless sensor networks ( WSNs ) research , which determines coverage efficiency of WSNs . This paper proposes a self -organizing algorithm for enhancing the coverage for WSNs , which is so-called Ionic bond-directed particle swarm optimization ( IBPSO ) .
Abstract Because sensor nodes typically are battery-powered and in most cases it may not be possible to change or recharge batteries , the key challenge in Wireless Sensor Networks ( WSNs ) design is the energy-efficiency and how to deal with the trade-off between it and the QoS parameters required by some applications . This paper studies the QoS of an energy-efficient cluster-based routing protocol called Energy-Aware routing Protocol ( EAP ) in terms of lifetime , delay , loss percentage , and throughput , and proposes some modifications on it to enhance its performance .
A deployment-direction regulator ( e.g. , a projecting portion of a center-pillar garnish ) that regulates the deployment direction of the head-protection air-bag body toward the inside of the vehicle compartment is provided at a position above and adjacent to an interior projection of the vehicle compartment such as a slip joint at the center pillar . Alternatively , or in addition to the deployment-direction regulator , a lower end of a portion of the air-bag body that covers the center pillar can be shaped so as not to project downward from an inflation chamber , and/or can be provided with a longitudinal inflation chamber at its lower end that inflates during an early stage of inflation and deployment to prevent that portion of the air-bag body from catching on the interior projection of the vehicle compartment .
All these are complicated tasks and require number of workers costly in nature , error-insensitive , customers ' dissatisfaction , etc . 3GPP Release 8 for LTE defined self-organising network ( SON ) to maximise efficiency in planning , deployment and maintenance by doing operations automatically . Industry has identified load balancing and handover optimisation as two keys for self organising mechanisms in a network .
In this paper , we develop this approach further into a practicable , semantically rich , model-based design and analysis approach that considers the sensor network and its contained services as a service-oriented architecture . The proposed model enables a systematic approach to service composition , analysis ( using domain-specific techniques ) , and deployment . It also enables cross intelligence domain integration to simplify intelligence gathering , allowing users to express queries in structured natural language ( Controlled English ) .
While the wide spectrum of available Clouds constitutes a vibrant technical environment , many early-stage issues pose specific challenges from a software engineering perspective . MODAClouds will provide methods , a decision support system , and an open source IDE and run-time environment for the high-level design , early prototyping , semiautomatic code generation , and automatic deployment of applications on multiple Clouds . It will free developers from the need to commit to a fixed Cloud technology stack during software design and offer benefits in terms of cost savings , portability of applications and data between Clouds , reversibility ( moving applications and data from Cloud to non-Cloud environments ) , risk management , quality assurance , and flexibility in the development process .
Instead of dealing with the burden of defining applications only by specifying semantic workflows in terms of activities expressed as a tuple < ; task , object > , a developer can rely on the definition of complete executions flows or partial execution flows . The second extension aimed at the automatic deployment of applications in a cloud platform , thus allowing the simultaneous use of it by several clients over the Internet . We also present a proof-of-concept that illustrates the use of the cloud-based platform in a flight booking application .
Lean should be practiced in conjunction with Open Innovation based upon customer-driven value creation and not merely customer-driven demand . The Lean extended enterprise should evolve towards a continuously learning organisation through customer integration in the product development and deployment cycle .
Our experimental results show that the unslotted CSMA/CA is only effective in light inter-user interference scenarios . Comparably , the slotted CSMA/CA can provide dramatic performance improvement ( 2.7 times higher in PDR and 1.7 times higher in throughput on average ) , when severe inter-user interference occurs in WBSN deployment .
Autonomic and self- * systems of all kinds are expected to operate in a stable and predictable way . This in a natural way implies the need for pre-deployment design-time verification of the decision making logic , meant by a process of proving that the logic deployed into the autonomic service/software component meets all requirements and will not lead to any unpredicted or unwanted behavior . There is actually no simple way that can be used for verification of the decision making logic used self- * and autonomic systems as only methods that use some kind of formalism can in an objective way verify the logic correctness .
Through this paper , we propose an inventive , albeit , small footprint , ML ( Machine Learning ) dairy edge that incorporates supervised and unsupervised models to detect prognostics conditions so as to infuse auto-corrective behavior to improve the precision of dairy edge . The paper presents industrial dairy sensor design and deployment as well as its data collection and certain field experimental results .
ODM Tools is open source and cross platform compatible . ODM Tools demonstrates options for desktop application development and deployment using Python .
The second talk by B. Nikolic addresses challenges in communications systems presented by the way radio spectrum is being shared today . It presents scenarios for the spectrum reuse on a dynamic basis , to achieve a more robust system for massive deployment of wireless terminals . Allocated , but unused portions of the spectrum are used by secondary , cognitive , basis .
Based on the ratings of DRs , NPP team could effectively allocate DR resources to satisfy the CRs . A house of quality ( HOQ ) diagram is used to analyze the critical factors involved in the quality function deployment ( QFD ) processes for the new product planning ( NPP ) . The principal tasks of the QFD acting process comprise describing and scoring customer requirements ( CRs ) ; determining design requirements ( DRs ) , the relationship between CRs and DRs , the correlations among CRs , and the correlations among DRs .
The prototype is designed and developed based on the component-based development approach that is able to integrate the existing and related libraries from PRISM-games model checker for the synthesis engine , JFreeChart libraries for the chart presentation , and Java Universal Network/Graph Framework libraries for the graph visualization . This paper also presents the implementation of the proposed prototype based on the cloud application deployment scenario to illustrate its applicability . This work contributes to provide a fundamental work towards automated synthesis for self-adaptive systems .
This is the only additional splitwise processing that is done by the proposed approach . During deployment , the average enrollment time per image after pre - processing , including alignment and feature extraction is 8ms . subsection : Evaluation Pipeline
For example , SE - GV - 3 - g2 denotes a network which uses the SENet - 50 as the feature extractor , training image sets of size 3 , and 2 ghost clusters . Network deployment . In the IJB - A and IJB - B datasets , there are images and videos available for each subject .
But , like other cyber communication process , the smart grid technology is now in the security concern because of the modern eavesdropping techniques . To keep the system safe and secure from the probable vulnerability , several encryption algorithms have already been developed to ascertain secure data transmission . But , the processing time of these traditional algorithms is comparatively higher and this drawback certainly endangers the system security .
Till now most of the security approaches that have been suggested , focus on database security and not on security of the data transmission process as a whole . In this paper we have proposed a model for secure transmission of data . This model is implemented using digital signatures for authentication and triple DES for data transmission .
Hence , security is one of the important concern and main challenge to be addressed for the guaranteed data transmission in IoT environment . In this review work , we analyze the secure transmission of data in IoT and investigate the recent approaches in IoT security and their requirements and open issues . We present a taxonomy model for the secure transmission in IoT security which includes architecture/layers , communication topology , and classification techniques which are categorized under cluster , trust , routing , blockchain , and location-based approaches .
The invention relates to a method , apparatus for load defense , control , simulation , secure transmission of data , energy , for self-sufficient system , network , telecommunications , power supply , peer-to-peer , Internet of Things , Web 4.0 , Industry 4.0 , cyber Physical Device , High Performance Computing , Cloud Computing , Mobility z. As vehicle , swimming equipment , aircraft , drone that the data to be transmitted , energy in the start server and / or start network generates at least one virtual machine ( VM ) and / or virtual network ( VN ) , under a set of static , dynamic parameters , probability , Ranking , transaction that z. B. after the execution of the VM and / or VN stopped , controlled , canceled or forwarded until the data , energy is received by the target system , after the execution of the local action , the VM and / or VN then delete and / or not processed further , in particular independently deleted .
The system implements not only the security functions of common IPSec VPNs , but also following functions as multi-factor authentication with trusted attestation , dynamic access control based on trust value , etc . Then , the implementation of a prototype as well as its performance test and analysis is presented to prove it can ensure terminal 's trusted access , data secure transmission , and accessed network resources/services availability and manageability .
In this paper , we are proposing a tactic to provide secure confidential data transmission through the internet which has revolutionized the mode of transmitting data . To achieve this we are using AES algorithm and BPCS steganography technique .
However , according to the current 3GPP standard , these NB-IoT devices still employ the traditional authentication process of normal user equipment to implement mutual authentication between NB-IoT devices and 5 G core networks , which brings a lot of communication and storage overhead , and it will be more serious when lots of NB-IoT devices are activated simultaneously . In this paper , we propose a fast mutual authentication and data transfer scheme for massive NB-IoT devices , which integrates the access authentication and secure data transmission process and achieves the authentications and data transmissions of a group of NB-IoT devices at the same time . Our scheme can not only greatly simplify the authentication process and alleviate the load of the networks but also ensure robust security protection including user anonymity and nonrepudiation .
Data hiding may be a powerful idea in pc security that facilitates the secure transmission data over insecure channel by concealing the initial information into another cover media , Where as text information concealing is kind of a development in computer security applications , image concealing is gaining speedy popularity due to its prevailing applications as a picture is a lot of controlling to contain helpful info . during this paper , we 've got carefully investigated the idea of Steganography by incorporating image hiding among another image with a secure structural digital signature framework .
Cryptographic algorithms such as International Data Encryption Algorithm(IDEA ) have found various applications in secure transmission of the data in networked instrumentation and distributed measurement systems . Modulo 2n + 1 multiplier and squarer play a pivotal role in the implementation of such crypto-algorithms .
Our scheme is secure in the full model without random oracles , and at the same time has a tight security reduction and short public parameters . This means that our scheme is quite suitable for secure transmitting data in IOT . We proposed a new fuzzy identity-based encryption ( FIBE ) scheme .
In mission-critical applications of wireless sensor network ( WSN ) applications , delay in detecting the event of interest could prove costly . Because the sensors in eventdriven networks are generally idle most of the time and only come to life when the event of interest occurs , the major concern is arguably the accuracy and efficiency of the detection process .
FTP Security . Mail Security : SMTP , POP , and IMAP . Summary . 17 .
12 . Mail Security . SMTP Servers and Clients .
In today ’s world , security is important aspect in day to day life .So , everyone used various ways for security purpose . users use passwords for their mail security and Generally , everyone uses textual password . Textual password is combination of alphabets , characters and numbers .
As increasing the network bandwidth , the threat of a network also increases with emerging various new services . For a high-performance network security , It is generally used that high-speed packet classification methods which employ hardware like TCAM . There needs an method using these devices efficiently because they are expensive and their capacity is not sufficient .
Computer security is of growing importance in the increasingly networked computing environment . This work examines the issue of high-performance network security , specifically integrity , by focusing on integrating security into network storage system . Emphasizing the cost-constrained environment of storage , we examine how current software-based cryptography can not support storage ’s Gigabit/sec transfer rates .
Moving ATM from the labs and LANs to the MANs and WANs is not possible for many because of a lack of data str eam policy , audit , commercial privacy , data integrity and authentication within existing ATM switches , end-points or network offerings . This paper describes a device whose intended purpose is to add these security f eat res while maintaining the end-to-end high-performance nature of ATM and to create the general direction that high-performance network security may take in the future .
Human Activity Recognition ( HAR ) refers to an emerging area of interest for medical , military , and security applications . However , the identification of the features to be used for activity classification and recognition is still an open point .
Despite its importance , our ability to objectively detect and quantify it in a real-time , non-invasive manner is very limited . This capability would have a wide variety of medical , military , and security applications . We have developed a pipeline of image and signal processing algorithms to make such a system practical , which includes remote cardiac pulse detection based on visible spectrum videos and physiological stress detection based on the variability in the remotely detected cardiac signals .
Motion estimation has a variety of important applications , such as video coding , frame rate conversion , de-interlacing , object tracking and spatio-temporal segmentation . Furthermore there are medical , military and security applications . The proper motion measurement method is selected , based on the application and the available computational power .
The service and cloud computing oriented spatial architecture is a very promising architecture . This paper studied service and cloud computing based architecture for geographical information platform in labor and social security applications . The spatial cloud computing applies geographical information system has an important application prospect in labor and social security application .
This paper analyzes the impact of integrated watershed land use plans generated through multi-objective optimization techniques in a Central Himalayan watershed on forest fodder dependency for meeting fodder requirements of livestock in the watershed . Alternate land use plans were developed for optimizing four objective functions - maximizing farm income , employment and nutritional security , and minimizing soil loss individually and simultaneously at the watershed level . The analysis was carried under two capital availability scenarios ( restricted and unrestricted ) .
Intelligent transport systems vary in technologies applied , from basic management systems such as car navigation ; traffic signal control systems ; container management systems ; variable message signs ; automatic number plate recognition or speed cameras to monitor applications , such as security CCTV systems ; and to more advanced applications that integrate live data and feedback from a number of other sources , such a sparking guidance and information systems ; weather information ; bridge de-icing systems ; and the like . Additionally , predictive techniques are being developed to allow advanced modelling and comparison with historical baseline data .
The knowledge-building phase is a critical period in the WSN lifespan and requires active security measures . This paper proposes an enhanced BIOSARP ( E-BIOSARP ) that incorporates a random key encryption mechanism in a cost-effective manner to provide active security measures in WSNs . A detailed description of E-BIOSARP is presented , followed by an extensive security and performance analysis to demonstrate its efficiency .
The goal of this work is to establish the accuracy of ray tracing to simulate the radio channel in a Physical Layer Security scenario , where two legitimate users try to take advantage of the intrinsic properties of the channel to generate a shared secret key inaccessible to an eavesdropper . A 3D Ray-Tracing software , including a diffuse scattering model , is employed to simulate spatial correlations in an indoor environment at the frequencies of 2.4 and 5GHz .
In order to minimize the likelihood that a given threat takes advantage of the weakest link a formalized structure taking into account all security elements is needed . The proposed model is based on and integrates some security best practices and standards in order to define an assured Information Security Categorization . From this point , an assessment process should be performed , giving the evidence that the information security within a given organization , is thoroughly managed .
A Method for Multilateral Security Requirements Elicitation . In networked environments , the importance of eliciting security requirements as part of the process of requirements elicitation is increasing .
Survey of MAC Protocol for Wireless Sensor Networks Social interest based pocket switched network communication Joint Coding/Routing Optimization for Distributed Video Sources in Wireless Visual Sensor Networks OPTIMIZATION MEASURES FOR SPORTING AND SPECIAL EVENT FACILITIES: DESIGN AND OPERATION Sensitivity Analysis of Entropy Generation in Nanofluid Flow inside a Channel by Response Surface Methodology Energy Conservation in Buildings Energy Saving Performance Analysis of Hierarchical Data Aggregation Protocols Used in Wireless Sensor Network Weighted Centroid Localization Algorithm Based on Normal Distribution in Wireless Sensor Networks Sensor Node Deployment in Wireless Sensor Networks based on Ionic Bond-Directed Particle Swarm Optimization An Optimized Energy-aware Routing Protocol for Wireless Sensor Network Analysis and Improvement to IRST Language Modeling Toolkit Fuzzy logic-based optimised algorithm for mobility robustness and load-balancing in LTE/4G networks Model-driven SOA for sensor networks Model-Driven Development and Operation of Multi-Cloud Applications: The MODAClouds Approach Tasks meet flows: Merging two paradigms in a Cloud applications development platform The Lea®n Extended Enterprise Investigating the impact of inter-user interference in wireless body sensor networks: An experimental approach Analysis of Policy-Based Systems with AGILE Policies Using Petri Nets Precision Dairy Edge, Albeit Analytics Driven: A Framework to Incorporate Prognostics and Auto Correction Capabilities for Dairy IoT Sensors Open source software for visualization and quality control of continuous hydrologic and water quality sensor data “Fresh air”: The emerging landscape of design for networked embedded systems Construction of house of quality for new product planning: A 2-tuple fuzzy linguistic approach A GUI-driven prototype for synthesizing self-adaptation decision Triplet probabilistic embedding for face verification and clustering GhostVLAD for set-based face recognition A Novel keyless and key based Encryption Algorithm to handle Cyber Security in Microgrid Application Smart Cities: A Secure Data Transmission Model A Survey on Secure Transmission in Internet of Things: Taxonomy, Recent Techniques, Research Requirements, and Challenges Secure data transfer and scaling, cloud over-load protection and cloud computing Design of trusted authentication-enabled mobile IPSec VPN system A Tactic for Encrypting Stego-Image Using AES and BPCS Algorithm Fast Authentication and Data Transfer Scheme for Massive NB-IoT Devices in 3GPP 5G Network Image Hiding Steganography with Digital Signature Framework Design and performance measurement of efficient IDEA (International Data Encryption Algorithm) crypto-hardware using novel modular arithmetic components Fully secure fuzzy identity-based encryption for secure IoT communications SSED: A Framework for Sensor Selection in Event-Driven WSNs Windows NT DNS Maximum Linux security 3D Shapes Technique to Improve Mail Services Authentication TCAM Partitioning for High-Performance Packet Classification Integrity and Performance in Network Attached Storage (CMU-CS-98-182) A High Speed Firewall Architecture for ATM/OC-3c Comparison of Different Sets of Features for Human Activity Recognition by Wearable Sensors Visible spectrum-based non-contact HRV and dPTT for stress detection Advanced motion estimation agorithms in the frequency domain for digital video applications Labor and Social Security Integrated Information Platform Based on Spatial Cloud Computing Assessment of a multi-objective decision support system generated land use plan on forest fodder dependency in a Himalayan watershed Applications of Intelligent Transportation Systems using RFID Systems Cost-Effective Encryption-Based Autonomous Routing Protocol for Efficient and Secure Wireless Sensor Networks Ray Tracing simulations of indoor channel spatial correlation for Physical Layer Security A Security Management Assurance Model to Holistically Assess the Information Security Posture Contextualizing Security Goals: A Method for Multilateral Security Requirements Elicitation
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LatinCloud APMS ICC CODES+ISSS 2016 IEEE 8th International Conference on Biometrics Theory, Applications and Systems (BTAS) ACCV ARES Sicherheit
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