embodiments of the invention are directed towards a debug control system and a method thereof . fig1 is a schematic view of a function block diagram showing a debug control system 10 of one embodiment of the present invention . in one embodiment of the present invention , the debug control system 10 comprises a host machine 11 , a wireless communication module 13 , a debug device 15 and a target device 17 . the debug device 15 further comprises a first signal transmission interface 151 , a second signal transmission interface 153 , a core module 19 , a first micro - control unit 155 , and a second micro - control unit 157 . the debug device 15 is configured to exchange electrical data with the target device 17 via the first signal transmission interface 151 . the wireless communication module 13 is configured to exchange electrical data with the debug control device 15 via the second signal transmission interface 153 and to exchange electrical data with the host machine 11 via a wireless communication protocol . the wireless communication module 13 may include a firmware that is stored in the core module 19 of the debug device 15 . moreover , the firmware may include a bios ( basic input / output system ). in addition , the first signal transmission interface 151 may include a usb ( universal serial bus ), an i 2 c ( inter - integrated circuit ), a uart ( universal asynchronous receiver - transmitter ), an spi ( serial peripheral interface ) or a ps / 2 connector , and the like . the first signal transmission interface 151 of one embodiment of the present invention may include a combination of said interfaces . the second signal transmission interface 153 may include an i 2 c , a uart or an spi . the second transmission interface 153 of one embodiment of the present invention may include a combination of said interfaces . the host machine 11 may correspond to any type of computer , such as a portable electronic device or a desktop computer . other examples of host machine 11 include a pda , a laptop , a tablet pc , and a smart phone . the wireless communication protocol in which wireless communication module 13 communicates with host machine 11 may include a variety of different wireless protocols , including bluetooth and ieee 802 . 11 . the wireless communication protocol of one embodiment of the present invention may include a combination of said protocols . a wireless data exchange tunnel may need to be established before the debug device 15 starts exchanging electronic data with the target device 17 and the wireless communication module 13 . furthermore , the wireless data exchange tunnel may meet the requirements of the wireless communication protocol . when the wireless data exchange tunnel has been established , the debug device 15 may generate a first probing signal to detect a protocol type and the firmware version of the wireless communication module 13 . if the firmware version of the wireless communication module 13 is not up - to - date , the firmware of the wireless communication module 15 may be updated . meanwhile , the debug control system 10 may enter into a crisis mode and all work in operation may be stopped . therefore , the updating of the firmware may be achieved by the wireless communication module 13 , the wireless data exchange tunnel , and the host machine 11 . furthermore , if the firmware of the wireless communication module 13 is up - to - date , the host machine 13 may be capable of debugging the target device via the wireless data exchange tunnel , the wireless communication module 13 , and the debug device 15 . fig2 is a schematic view of a detailed function block diagram of the debug device 15 of one embodiment of the present invention . as shown in fig2 , in one embodiment of present invention , the first micro - control unit 155 may further include a first data receiving module 21 , a first data transmission module 25 , and a data decoding module 23 . the second micro - control unit 157 may further include a second data receiving module 22 , a second data transmitting module 24 and a data processing module 26 . fig3 is a flow chart of the electronic data processing of one embodiment of the present invention . as shown in fig3 , the first data receiving module 21 is configured to receive a first electronic data , via the first signal transmission module 151 , from the target device 17 . if the transmission format of the first electronic data does not meet the requirements of the transmission format of the first transmission interface 151 , the first data receiving module 21 may refuse to receive the first electronic data . if the transmission format of the first electronic data meets the requirements of the transmission format of the first transmission interface 151 , the first data receiving module 21 may transmit the first electronic data to the data processing module 26 . the data processing module 26 may transmit the first electronic data , ( for example , using an 8 - bit data bus and the like ), to the data decoding module 23 for decoding the first electronic data in order to generate second electronic data which is readable by the data processing module 26 . next , the data decoding module 23 may transmit the second electronic data back to the data processing module 26 . after the data processing module 26 has done the processing work of the second electronic data , the second electronic data may be converted to third electronic data . the third electronic data may have a transmission format which meets the requirements of the transmission format of the second transmission interface 153 . moreover , the third electronic data may be transmitted to the wireless communication module 13 via the second signal transmission interface 153 . next , the third electronic data may be transmitted to the host machine 11 with a transmission format which meets the requirements of the wireless communication protocol . fig4 is a flow chart of the electronic data processing of one embodiment of the present invention . as shown in fig4 , the second signal receiving module 22 is configured to receive fourth electronic data which is sent from the second signal transmission interface 153 . the fourth electronic data is transmitted to the wireless communication module 13 with a transmission format which meets the requirements of the wireless communication protocol . next , the wireless communication module 13 may convert the transmission format of the fourth electronic data to a transmission format which meets the requirements of the second signal transmission interface . if the transmission format of the fourth electronic data does not meet the requirements of the second transmission interface 153 , the second data receiving module 22 may refuse to receive the fourth electronic data . if the transmission format of the fourth electronic data meets the requirements of the second transmission interface 153 , the second data receiving module 22 may transmit the fourth electronic data to the data processing module 26 . the data processing module 26 may transmit the fourth electronic data ( for example , using an 8 - bit data bus and the like ) to the data decoding module 23 for decoding the fourth electronic data in order to generate fifth electronic data which is readable to the data processing module 26 . next , the data decoding module 23 may transmit the fifth electronic data back to the data processing module 26 . after the data processing module 26 has done the processing work on the fifth electronic data , the fifth electronic data may be converted to a sixth electronic data . the sixth electronic data may have a transmission format which meets the requirements of the first transmission interface 151 . moreover , the sixth electronic data may be transmitted to the target device 17 via the first signal transmission interface 151 . one embodiment of the present invention corresponds to a method for debugging firmware wirelessly . fig5 is a flow chart of wirelessly debugging firmware accordingly to an embodiment of the present invention . as shown in fig5 , in step s 501 , when the debug device 15 is respectively coupled to the target device 17 by the first signal transmission interface 151 and to the wireless communication module 13 by the second signal transmission interface 153 , the debug device may generate a first probing signal to detect a protocol - type of the wireless communication module 13 . in step s 503 , the debug device 15 and the host machine 11 may broadcast a wireless handshake signal , respectively . in step s 505 , the debug device 15 and the host machine 11 may generate an acknowledge signal for establishing a wireless data exchange tunnel , respectively . if the wireless data exchange tunnel cannot be established , the host machine 11 cannot debug the target device 17 via the wireless communication module 13 and the debug device 15 . if the wireless data exchange tunnel is established , step s 507 may be performed . in step s 507 , the firmware of the wireless communication module 13 may be identified . at this point , if the firmware of the debug device 15 is not up - to - date , the debug control system may enter into a crisis mode and all work of the debug control system may be stopped and step s 509 may be performed . the firmware of the wireless communication module 13 may be updated by the host machine 11 via the wireless data exchange tunnel . after step s 509 is performed , step s 510 may be performed . in step s 510 , the host machine 11 may be able to exchange electronic data with the wireless communication module 13 via the wireless data exchange tunnel , which means the host machine may be able to debug the target device 17 via a path formed with the wireless data exchange tunnel , the wireless communication module and the debug device 15 . if the firmware of the debug device 15 is up - to - date , step s 510 may be performed . therefore , the host machine 11 may be able to exchange electronic data with the wireless communication module 13 via the wireless data exchange tunnel , which means the host machine may be able to debug the target device 17 via a path formed with the wireless data exchange tunnel , the wireless communication module and the debug device 15 . although the present invention and its objectives have been described in detail , it should be understood that various changes , substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims . for example , many of the processes discussed above can be implemented using different methodologies , replaced by other processes , or a combination thereof . moreover , the scope of the present application is not intended to be limited to the particular embodiments of the process , machine , manufacture , composition of matter , means , methods and steps described in the specification . as one of ordinary skill in the art will readily appreciate from the disclosure of the present invention , processes , machines , manufacture , compositions of matter , means , methods , or steps , presently existing or later to be developed , that perform substantially the same function or achieve substantially the same result as the corresponding embodiments described herein may be utilized according to the present invention . accordingly , the appended claims are intended to include within their scope such processes , machines , manufacture , compositions of matter , means , methods , or steps .