CTRL can be generalized to other collaborative scenarios , but the ease of implementation relates to the complexity of the existing components used . CTRL as a framework has yielded a full implementation of an adaptive support system and a controlled evaluation in the classroom . The following parameters were automatically computed in 3D : area , perimeter , height , eccentricity , segment lengths , diameters and segmental annulus curvature . Compared to CTRL , in patients with PH , the TA was : ( 1 ) bigger and less planar ; ( 2 ) less elliptical , i.e. more round Interestingly , changes in annular shape were not uniform , as the anterior and posterior segments showed altered segment lengths and curvature , while the septal segment remained unchanged Our new software revealed that PH affects both size and shape of the TA , suggesting that 3D analysis may be useful for pre-surgical evaluation of TV pathology . Recently a number of new features were developed , the interface has been redesigned , the concept behind the response-construct has been changed , the archiving functionality is updated and a new way of documenting and communicating in the system has been launched . The strength of the Survey CTRL approach is to view a survey design process as iterative . CentERdata provides the tools to solidify and speed up this process , as well as safeguarding and collecting data on each step . The measured phase noises are - 67.8 dBc/Hz , -96.37 dBc/Hz , and -107.37 dBc/Hz at 100 kHz , 1 MHz , and 10 MHz offset respectively . The META-VCO operates 8.45~8.77 GHz according to V CTRL , and the output power is -19.12 dBm . The power consumption is 28 mW with 1.2-V supply voltage . Unlike most of previous text identification approaches , which can only be applied to binarized images , TRL-IPA can be directly applied to gray level and color images . TRL-IPA is built on a general formulation of the convergent tensor representation learning ( CTRL ) algorithms . In the implementation of TRL-IPA , image patches are represented in the form of tensors , while low dimensional representations of these tensors are learned via a CTRL algorithm . HighlightsA novel model , tensor representation learning based image patch analysis ( TRL-IPA ) , is proposed for document understanding . TRL-IPA is built on a general formulation of the convergent tensor representation learning ( CTRL ) algorithms . The CTRL algorithms are theoretically guaranteed to converge to a local optimal solution of the learning problem . Extensive experiments demonstrate the superiority of TRL-IPA over related vector and tensor representation based approaches . Utilizing all integrated signal integrity features of the FPGA and providing a sophisticated PCB environment SelectMAP , CFG-JTAG SelectMAP , CFG-JTAG SelectMAP , CFG-JTAG CTRL+Config Logic Arbiter , MMU Diagnostics , CLK , Configuration , etc . P C IX B us PCI-BusBridge Master , Slave , DMA Local-Bus ( 32Bit Data / 32Bit Address ) Dual-Port SRAM 85 CTRL , SMB 85 CTRL , SMB 85 CTRL , SMB This limits the use of the thresholds in landslide early warning systems . To face the problem , we developed a comprehensive tool , CTRL – T ( C alculation of T hresholds for R ainfall-induced L andslides− T ool ) that automatically and objectively reconstructs rainfall events and the triggering conditions responsible for the failure , and calculates rainfall thresholds at different exceedance probabilities . CTRL−T uses a set of adjustable parameters to account for different morphological and climatic settings . Implementation of the introduction to fly a drone is an integration between the internetnetwork needed during data distribution , services implemented in a system configuration . Thisstudy aims to analyze the system and implement the Unmanned Aerial Vehicle ( UAV ) technologyand the configuration method using CTRL + DJI ( Android ) software . This study uses the type of Applied Research , the reason for using this research is becauseit is more practical , the desire to know in order to be able to do something better , effective , andefficient . The density of the grid can be increased by CTRL + 1 reduced by CTRL + 2 or right click on the clip content : ---------- Arrangement view Here you can adjust the grid by right clicking here : When facing the trained plays in the posttest , both VR and CS groups significantly outperformed the CTRL group . In contrast , when facing the untrained plays , the VR group outperformed both the CS and CTRL groups . Our results indicate that CS training leads to transferable but non-generalized decision-making gains while VR training leads to transferable and generalized gains . Deliverable D3.3 discusses how the solutions proposed within ELECTRA can be tailored to the typical rules that will be imposed by national/EU regulators , and/or how the regulations can be extended or adapted to cover the new concepts developed in ELECTRA ( Web-of-Cells architecture , associated control mechanisms , Cell System Operator role , etc . ) . Since the calculated results for each random nuclear data used are different , an algorithm was used to select ( or assign weights to ) the libraries which give a good description of experimental data for the analyses of the benchmarks . The selected or weighted libraries were then used to analyze the ELECTRA reactor . By using random nuclear data libraries constrained with only differential experimental data as our prior , the uncertainties observed were further reduced by constraining the files with integral experimental data to obtain a posteriori uncertainties on the keff . The article aims at proposing a high-level market design supporting the functioning of the architecture for frequency and voltage control created for the Web-of-Cells power grid structure , which itself was developed within the FP7 IRP ELECTRA . Particularly , it provides a comparison of different market designs and suggests a hybrid approach to the market design for the power system functioning beyond 2020 . The paper aims at describing observables used in small signal stability assessment based on Energy-Sorted Prony 's method focusing at area and inter-area level of the power system . Presented research studies are based on a new way of power system operation , namely Web-of-cell concept , devised within FP7 IRP ELECTRA . The project is aiming at ensuring conceptual E-market design and future power system 2030 + control solutions . In the particular case examined , multiple criteria are involved , and projects can be rated only on a qualitative basis . The model augments the well-known ELECTRA methodology with a tournament ranking procedure . The resulting procedure , known as SELECTRA , is presently being used to rank order over 200 investment projects within the Ontario Ministry of Transportation and Communications . To obtain a compact , low emittance machine it was decided to use combined function magnets of two different lenghts . The gradient within the magnets is roughly the same as for the ELETTRA bending magnets , so the design of the ROSY bendings is based upon the the ELECTRA design . For the quadrupoles a comparison has been made between existing ones and it was choosen to take the ELECTRA quadrupoles too . These gains are especially impressive for smaller models . Here , we introduce a small ELECTRA based model named Bio-ELECTRA that is eight times smaller than BERT BASE and achieves comparable performance on biomedical question answering and yes/no question answer classification tasks . The model is pre-trained from scratch on PubMed abstracts using a consumer grade GPU with only 8 GB memory . Within this contribution , we provide an overview based on previous work conducted in the ELECTRA project to come up with a consistent method for modeling the ELECTRA WoC approach according to the methods established with the M/490 mandate of the European Commission . We will motivate the use of the IEC 62559 use case template as well as needed changes to cope particularly with the aspects of controller conflicts and Greenfield technology modeling . Each cell has to contribute to balance/frequency and voltage controls and it is responsible for its behavior at its boundaries . In this paper , the results of the analysis that was conducted in the frame of the ELECTRA Researcher Exchange ( REX ) program are presented about the modelling and simulation of the MV reference grid proposed by CIGRE in combination with two of the control Use Cases ( UCs ) proposed inside ELECTRA , namely Frequency Containment Control ( FCC ) and Balance Restoration Control ( BRC ) . The control scheme under study makes use of a novel strategy that adaptively allows the cell controller to detect the location of an imbalance and adjust the primary reserves contribution so that local reserves activations take always priority . ( 10/12/2018 ) Report on the evaluation and validation of the ELECTRA WoC control concept This report summarizes the evaluation and validation of the ELECTRA Web-of-Cells concept which has been implemented for the proof of concept in selected validation environments provided by the project partners . The performed experiments have been realized in simulations and in laboratory environments and showed the feasibility of the Web-of-Cells concept and integrated functions for balancing and voltage control . Hall-effect sensors are commonly used in many industrial applications as position detectors , incremental counters and sensing elements of DC current transformers . Previously developed Hall-effect sensors utilize InAs or InSb as a sensing material . For the beam position system a novel wide band time normaliser has been developed to allow bunch-bybunch 40MHz acquisitions with a dynamic range greater than 30dB and an overall linearity of better than 1 % . Also mentioned will be the acquisition system for the fast beam current transformers and the development of CdTe detectors for luminosity monitoring . There are two types of current transformers installed in the LHC . The DC Current Transformers ( DCCTs ) measure direct current signals whereas the bandwidth of the Fast Beam Current Transformers ( FBCTs ) ranges from a few hundred hertz to over a gigahertz . Throughout the run of the LHC , the FBCTs ' readings were observed not to be fully independent of beam position and bunch length which imposes important limitations . A top-down experimental procedure for defect type recognition of epoxy-resin transformers by Partial Discharge ( PD ) is proposed . Most of the PD detection methods could be performed only at the shutdown period of equipments . An artificial recognition system of defective types for epoxy-resin transformers through acoustic emission ( AE ) from partial discharge ( PD ) experiment is proposed . PD detection is an efficient diagnosis method to prevent the failure of electric equipments arising from degrading insulation . To maximize power-efficiency , the acquisition LNA operates at the lowest reported VDD ( of 1V , drawing 3.5µW ) , but is able to reject offsets ( characteristic of metal-electrodes ) that are even larger than the supply voltage . Importantly , its topology simultaneously optimizes noise-efficiency and input-impedance to maximize electrode signal-integrity , and it uses switch-capacitor transformers to improve the noise and manufactureabilty of large on-chip resistors . The complete SoC generates EEG featurevectors every 2sec , consuming a total of 9µJ per feature-vector . Monitoring systems report their apogee in the development and application because of the fact that with minimal human effort it is possible to obtain maximum information about the observed object . The research work describes an analysis of transmission and record of data that are required for control transformers in service . The key design aspects of CMOS transformer for millimeter wave applications are demonstrated in this paper . Two types of 1:1 CMOS transformers by broadside and edge coupling are simulated and compared based upon 65 nm CMOS technology . The performance of transformers with various dimensions is discussed in millimeter-wave range . The utility model discloses a calibration vehicle for ultra-high-voltage power transformers . The calibration vehicle comprises a cab and a carriage positioned at the rear of the cab . The authors show that the use of current sources in phase and in quadrature leads not only to important simplifications in the usual technique but to a simpler and less costly model and to a saving of time in the study of power change problems . The generators and the loads for this purpose are represented by precision current transformers with three windings described as injectors . This is a preliminary analysis of the basic properties of three inductive voltage transformers variants . It is shown that inductive voltage transformers with limb-type open core have a number of disadvantages over cascade voltage transformers and closed-core transformers . Many facts are given which justify the statement that the inductive voltage transformer in a power supply system is a more favourable solution than the capacitor voltage transformer . Recently , Transformers have shown promising results on automatic speech recognition ( ASR ) tasks . In a Transformer based framework , we investigate two methods for Tamil-English CS speech recognition , namely , ( i ) well-trained encoders of Monolingual Transformers as feature extractors to provide language discrimination , ( ii ) language information as tokens at the targets . Our results show that CS is efficiently handled by the second method , while the first method was efficient in discriminating languages .
CTRL can be generalized to other collaborative scenarios , but the ease of implementation relates to the complexity of the existing components used . CTRL as a framework has yielded a full implementation of an adaptive support system and a controlled evaluation in the classroom .
The following parameters were automatically computed in 3D : area , perimeter , height , eccentricity , segment lengths , diameters and segmental annulus curvature . Compared to CTRL , in patients with PH , the TA was : ( 1 ) bigger and less planar ; ( 2 ) less elliptical , i.e. more round Interestingly , changes in annular shape were not uniform , as the anterior and posterior segments showed altered segment lengths and curvature , while the septal segment remained unchanged Our new software revealed that PH affects both size and shape of the TA , suggesting that 3D analysis may be useful for pre-surgical evaluation of TV pathology .
Recently a number of new features were developed , the interface has been redesigned , the concept behind the response-construct has been changed , the archiving functionality is updated and a new way of documenting and communicating in the system has been launched . The strength of the Survey CTRL approach is to view a survey design process as iterative . CentERdata provides the tools to solidify and speed up this process , as well as safeguarding and collecting data on each step .
The measured phase noises are - 67.8 dBc/Hz , -96.37 dBc/Hz , and -107.37 dBc/Hz at 100 kHz , 1 MHz , and 10 MHz offset respectively . The META-VCO operates 8.45~8.77 GHz according to V CTRL , and the output power is -19.12 dBm . The power consumption is 28 mW with 1.2-V supply voltage .
Unlike most of previous text identification approaches , which can only be applied to binarized images , TRL-IPA can be directly applied to gray level and color images . TRL-IPA is built on a general formulation of the convergent tensor representation learning ( CTRL ) algorithms . In the implementation of TRL-IPA , image patches are represented in the form of tensors , while low dimensional representations of these tensors are learned via a CTRL algorithm .
HighlightsA novel model , tensor representation learning based image patch analysis ( TRL-IPA ) , is proposed for document understanding . TRL-IPA is built on a general formulation of the convergent tensor representation learning ( CTRL ) algorithms . The CTRL algorithms are theoretically guaranteed to converge to a local optimal solution of the learning problem . Extensive experiments demonstrate the superiority of TRL-IPA over related vector and tensor representation based approaches .
Utilizing all integrated signal integrity features of the FPGA and providing a sophisticated PCB environment SelectMAP , CFG-JTAG SelectMAP , CFG-JTAG SelectMAP , CFG-JTAG CTRL+Config Logic Arbiter , MMU Diagnostics , CLK , Configuration , etc . P C IX B us PCI-BusBridge Master , Slave , DMA Local-Bus ( 32Bit Data / 32Bit Address ) Dual-Port SRAM 85 CTRL , SMB 85 CTRL , SMB 85 CTRL , SMB
This limits the use of the thresholds in landslide early warning systems . To face the problem , we developed a comprehensive tool , CTRL – T ( C alculation of T hresholds for R ainfall-induced L andslides− T ool ) that automatically and objectively reconstructs rainfall events and the triggering conditions responsible for the failure , and calculates rainfall thresholds at different exceedance probabilities . CTRL−T uses a set of adjustable parameters to account for different morphological and climatic settings .
Implementation of the introduction to fly a drone is an integration between the internetnetwork needed during data distribution , services implemented in a system configuration . Thisstudy aims to analyze the system and implement the Unmanned Aerial Vehicle ( UAV ) technologyand the configuration method using CTRL + DJI ( Android ) software . This study uses the type of Applied Research , the reason for using this research is becauseit is more practical , the desire to know in order to be able to do something better , effective , andefficient .
The density of the grid can be increased by CTRL + 1 reduced by CTRL + 2 or right click on the clip content : ---------- Arrangement view Here you can adjust the grid by right clicking here :
When facing the trained plays in the posttest , both VR and CS groups significantly outperformed the CTRL group . In contrast , when facing the untrained plays , the VR group outperformed both the CS and CTRL groups . Our results indicate that CS training leads to transferable but non-generalized decision-making gains while VR training leads to transferable and generalized gains .
Deliverable D3.3 discusses how the solutions proposed within ELECTRA can be tailored to the typical rules that will be imposed by national/EU regulators , and/or how the regulations can be extended or adapted to cover the new concepts developed in ELECTRA ( Web-of-Cells architecture , associated control mechanisms , Cell System Operator role , etc . ) .
Since the calculated results for each random nuclear data used are different , an algorithm was used to select ( or assign weights to ) the libraries which give a good description of experimental data for the analyses of the benchmarks . The selected or weighted libraries were then used to analyze the ELECTRA reactor . By using random nuclear data libraries constrained with only differential experimental data as our prior , the uncertainties observed were further reduced by constraining the files with integral experimental data to obtain a posteriori uncertainties on the keff .
The article aims at proposing a high-level market design supporting the functioning of the architecture for frequency and voltage control created for the Web-of-Cells power grid structure , which itself was developed within the FP7 IRP ELECTRA . Particularly , it provides a comparison of different market designs and suggests a hybrid approach to the market design for the power system functioning beyond 2020 .
The paper aims at describing observables used in small signal stability assessment based on Energy-Sorted Prony 's method focusing at area and inter-area level of the power system . Presented research studies are based on a new way of power system operation , namely Web-of-cell concept , devised within FP7 IRP ELECTRA . The project is aiming at ensuring conceptual E-market design and future power system 2030 + control solutions .
In the particular case examined , multiple criteria are involved , and projects can be rated only on a qualitative basis . The model augments the well-known ELECTRA methodology with a tournament ranking procedure . The resulting procedure , known as SELECTRA , is presently being used to rank order over 200 investment projects within the Ontario Ministry of Transportation and Communications .
To obtain a compact , low emittance machine it was decided to use combined function magnets of two different lenghts . The gradient within the magnets is roughly the same as for the ELETTRA bending magnets , so the design of the ROSY bendings is based upon the the ELECTRA design . For the quadrupoles a comparison has been made between existing ones and it was choosen to take the ELECTRA quadrupoles too .
These gains are especially impressive for smaller models . Here , we introduce a small ELECTRA based model named Bio-ELECTRA that is eight times smaller than BERT BASE and achieves comparable performance on biomedical question answering and yes/no question answer classification tasks . The model is pre-trained from scratch on PubMed abstracts using a consumer grade GPU with only 8 GB memory .
Within this contribution , we provide an overview based on previous work conducted in the ELECTRA project to come up with a consistent method for modeling the ELECTRA WoC approach according to the methods established with the M/490 mandate of the European Commission . We will motivate the use of the IEC 62559 use case template as well as needed changes to cope particularly with the aspects of controller conflicts and Greenfield technology modeling .
Each cell has to contribute to balance/frequency and voltage controls and it is responsible for its behavior at its boundaries . In this paper , the results of the analysis that was conducted in the frame of the ELECTRA Researcher Exchange ( REX ) program are presented about the modelling and simulation of the MV reference grid proposed by CIGRE in combination with two of the control Use Cases ( UCs ) proposed inside ELECTRA , namely Frequency Containment Control ( FCC ) and Balance Restoration Control ( BRC ) . The control scheme under study makes use of a novel strategy that adaptively allows the cell controller to detect the location of an imbalance and adjust the primary reserves contribution so that local reserves activations take always priority .
( 10/12/2018 ) Report on the evaluation and validation of the ELECTRA WoC control concept This report summarizes the evaluation and validation of the ELECTRA Web-of-Cells concept which has been implemented for the proof of concept in selected validation environments provided by the project partners . The performed experiments have been realized in simulations and in laboratory environments and showed the feasibility of the Web-of-Cells concept and integrated functions for balancing and voltage control .
Hall-effect sensors are commonly used in many industrial applications as position detectors , incremental counters and sensing elements of DC current transformers . Previously developed Hall-effect sensors utilize InAs or InSb as a sensing material .
For the beam position system a novel wide band time normaliser has been developed to allow bunch-bybunch 40MHz acquisitions with a dynamic range greater than 30dB and an overall linearity of better than 1 % . Also mentioned will be the acquisition system for the fast beam current transformers and the development of CdTe detectors for luminosity monitoring .
There are two types of current transformers installed in the LHC . The DC Current Transformers ( DCCTs ) measure direct current signals whereas the bandwidth of the Fast Beam Current Transformers ( FBCTs ) ranges from a few hundred hertz to over a gigahertz . Throughout the run of the LHC , the FBCTs ' readings were observed not to be fully independent of beam position and bunch length which imposes important limitations .
A top-down experimental procedure for defect type recognition of epoxy-resin transformers by Partial Discharge ( PD ) is proposed . Most of the PD detection methods could be performed only at the shutdown period of equipments .
An artificial recognition system of defective types for epoxy-resin transformers through acoustic emission ( AE ) from partial discharge ( PD ) experiment is proposed . PD detection is an efficient diagnosis method to prevent the failure of electric equipments arising from degrading insulation .
To maximize power-efficiency , the acquisition LNA operates at the lowest reported VDD ( of 1V , drawing 3.5µW ) , but is able to reject offsets ( characteristic of metal-electrodes ) that are even larger than the supply voltage . Importantly , its topology simultaneously optimizes noise-efficiency and input-impedance to maximize electrode signal-integrity , and it uses switch-capacitor transformers to improve the noise and manufactureabilty of large on-chip resistors . The complete SoC generates EEG featurevectors every 2sec , consuming a total of 9µJ per feature-vector .
Monitoring systems report their apogee in the development and application because of the fact that with minimal human effort it is possible to obtain maximum information about the observed object . The research work describes an analysis of transmission and record of data that are required for control transformers in service .
The key design aspects of CMOS transformer for millimeter wave applications are demonstrated in this paper . Two types of 1:1 CMOS transformers by broadside and edge coupling are simulated and compared based upon 65 nm CMOS technology . The performance of transformers with various dimensions is discussed in millimeter-wave range .
The utility model discloses a calibration vehicle for ultra-high-voltage power transformers . The calibration vehicle comprises a cab and a carriage positioned at the rear of the cab .
The authors show that the use of current sources in phase and in quadrature leads not only to important simplifications in the usual technique but to a simpler and less costly model and to a saving of time in the study of power change problems . The generators and the loads for this purpose are represented by precision current transformers with three windings described as injectors .
This is a preliminary analysis of the basic properties of three inductive voltage transformers variants . It is shown that inductive voltage transformers with limb-type open core have a number of disadvantages over cascade voltage transformers and closed-core transformers . Many facts are given which justify the statement that the inductive voltage transformer in a power supply system is a more favourable solution than the capacitor voltage transformer .
Recently , Transformers have shown promising results on automatic speech recognition ( ASR ) tasks . In a Transformer based framework , we investigate two methods for Tamil-English CS speech recognition , namely , ( i ) well-trained encoders of Monolingual Transformers as feature extractors to provide language discrimination , ( ii ) language information as tokens at the targets . Our results show that CS is efficiently handled by the second method , while the first method was efficient in discriminating languages .
CTRL: A research framework for providing adaptive collaborative learning support 3D evaluation of tricuspid annulus morphology in patients with pulmonary hypertension Survey CTRL and DDI: TMT A Design of 8.5 GHz META-VCO based-on Meta-material using 65 nm CMOS Process Tensor representation learning based image patch analysis for text identification and recognition RAPTOR - A Scalable Platform for Rapid Prototyping and FPGA-based Cluster Computing A tool for the automatic calculation of rainfall thresholds for landslide occurrence IMPLEMENTASI MENERBANGKAN DRONE DENGAN TEKNOLOGI UNMANNED AERIAL VEHICLE (UAV) Snap to grid Using video simulations and virtual reality to improve decision-making skills in basketball Analysis of necessary evolution of the regulatory framework to enable the Web-of-Cells development: [ELECTRA] On the use of integral experiments for uncertainty reduction of reactor macroscopic parameters within the TMC methodology Market Design Supporting the Web-of-Cells Control Architecture Small signal cell stability with focus on inter-cell oscillations in the web-of-cells framework A Case Study of a Non-Compensatory Approach to Ranking Transportation Projects Design of the Magnets for the Synchrotron Light Source ROSY On the effectiveness of small, discriminatively pre-trained language representation models for biomedical text mining Towards modeling future energy infrastructures — the ELECTRA system engineering approach Adaptive frequency containment and balance restoration controls in a distribution network Report on the evaluation and validation of the ELECTRA WoC control concept Investigation on Functional Properties of Hall-Effect Sensor Made of Graphene LHC beam instrumentation detectors and acquisition systems Beam intensity measurements in the Large Hadron Collider Particle Swarm Trained Neural Network for Fault Diagnosis of Transformers by Acoustic Emission Artificial recognition system for defective types of transformers by acoustic emission A Micro-power EEG acquisition SoC with integrated seizure detection processor for continuous patient monitoring STUDY and analysis of systems for monitoring in power substations CMOS 1:1 Transformer design for millimeter wave application Calibration vehicle for ultra-high-voltage power transformers Solving power system problems by means of the a-c-network analyzer with current sources Dilemma, Inductive or Capacitor Voltage Transformers Investigation of Methods to Improve the Recognition Performance of Tamil-English Code-Switched Data in Transformer Framework
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