Microsoft’s ratings for my submission’s as samples for Microsoft’s Developer’s Network Samples are as follows for 35 of the Visual Studio submission’s to Microsoft’s Developer’s Network utilizing Microsoft’s Visual Studio Developer’s suite of development software for various purposes including for the control system from Engineering and Computer Works. Please find below the link to the Microsoft’s Developer’s Network Samples and a picture of my ratings for 3 of the samples submitted.

https://code.msdn.microsoft.com/site/search?f%5B0%5D.Type=SearchText&f%5B0%5D.Value=chan%20junt%20hoong&sortBy=Ratings
http://engineeeringcomputerworks.com/windows_10_home_premium_updated_onto_my_hp_pavilion_dv4_laptop

Engineering and Computer Works Control System has the ability to mimic a USB pen drive plugged into the computer, starting the Windows 10 Explorer Window and closing the Explorer Window. The System is as below in the picture. This is actually a USB plug in system reset which restarts and closes the Windows 10 Explorer Window. Please view the video of the Control System and the USB Pen drive in the link attached.

http://engineeeringcomputerworks.com/windows_10_home_premium_updated_onto_my_hp_pavilion_dv4_laptop
http://usemud868a.blogspot.sg/

Engineeering and Computer Works solutions utilizing the control system , clocks and adjustable timing and the DSP solutions below allow for modern and advanced ideas in the real world of engineering, eg, computer games, drones or UFO’s , driving or plane controls for controlled vehicles, robotics and automatic controlled systems and many ideas which require control. The control system is available in my website for download. The system is full logic and programmable and involves assembly language programming and C language programming. The system is fully integrated with Microsoft’s Windows 10, Windows 8, Windows Vista and Windows XP and the Control Systems Program is programmable with Microsoft’s Visual Studio 2015. Earlier versions of Microsoft Visual Studio compatible with the system are Microsoft Visual Studio 8. The complete system is made and built by Junt Hoong Chan and with Microsoft’s Visual Studio.

http://engineeeringcomputerworks.com/windows_10_home_premium_updated_onto_my_hp_pavilion_dv4_laptop

My subscription to the IEEE includes subscription to the IEEE Signal Processing Magazine, which involves the development of signals and processing of signals which includes the development of digital and logic waveforms of processors and microchips and devices. I have come across very interesting ideas in the IEEE Signal Processing magazine and papers which are published in the magazine, there seems to be indication that there is development of Processors to simulate the human brain function and indication there is placing of human brain function on the Processors. In the process of utilsing the Processor, if the processor has encountered an error or shuts down or is overheated due to excessive current drawn due to extensive and complex calculations requiring extra power over multiple occasions, would the simulation fail? And if this fails, does the simulation indicate in real life that the human brain would fail as well? If it does not, is the simulation a failure or a success? I would think that it’s not a suitable idea to simulate dendrites and neurons in the human brain as the human brain volume ( indication of not the outer layer of human brain, but the whole capacity of the human brain ) is definitely larger than any chip or device in the world. Would there be something missing as such in the simulation then? I perform Digital Signal programming on devices in my website and utilize it for digital signal waveforms as passing analogue signals through my digital signal devices in my website for an output of digital signal waveforms, looking like a digital to analogue converter upon exit from the output of the device. I have waveforms in my One Drive, eg: http://1drv.ms/1CnKEdc and http://1drv.ms/1p3NosY. I do not follow the idea of a human brain fitting into a processor and it’s definitely not correct as currently the idea cannot match the brain capacity. Thank you. Written by Junt Hoong Chan MIET MIEEE CEng.

http://engineeeringcomputerworks.com/windows_10_home_premium_updated_onto_my_hp_pavilion_dv4_laptop
http://usemud868a.blogspot.sg/

My subscription to the IEEE includes subscription to the IEEE Signal Processing Magazine, which involves the development of signals and processing of signals which includes the development of digital and logic waveforms of processors and microchips and devices. I have come across very interesting ideas in the IEEE Signal Processing magazine and papers which are published in the magazine, there seems to be indication that there is development of Processors to simulate the human brain function and indication there is placing of human brain function on the Processors. In the process of utilsing the Processor, if the processor has encountered an error or shuts down or is overheated due to excessive current drawn due to extensive and complex calculations requiring extra power over multiple occasions, would the simulation fail? And if this fails, does the simulation indicate in real life that the human brain would fail as well? If it does not, is the simulation a failure or a success? I would think that it’s not a suitable idea to simulate dendrites and neurons in the human brain as the human brain volume ( indication of not the outer layer of human brain, but the whole capacity of the human brain ) is definitely larger than any chip or device in the world. Would there be something missing as such in the simulation then? I perform Digital Signal programming on devices in my website and utilise it for digital signal waveforms as passing analogue signals through my digital signal devices in my website for an output of digital signal waveforms, looking like a digital to analogue converter upon exit from the output of the device. I have waveforms in my One Drive, eg: http://1drv.ms/1CnKEdc and http://1drv.ms/1p3NosY. I do not follow the idea of a human brain fitting into a processor and it’s definitely not correct as currently the idea cannot match the brain capacity. Thank you. Written by Junt Hoong Chan MIET MIEEE CEng.

http://engineeeringcomputerworks.com/windows_10_home_premium_updated_onto_my_hp_pavilion_dv4_laptop
http://usemud868a.blogspot.sg/

My subscription to the IEEE includes subscription to the IEEE Signal Processing Magazine, which involves the development of signals and processing of signals which includes the development of digital and logic waveforms of processors and microchips and devices. I have come across very interesting ideas in the IEEE Signal Processing magazine and papers which are published in the magazine, there seems to be indication that there is development of Processors to simulate the human brain function and indication there is placing of human brain function on the Processors. In the process of utilsing the Processor, if the processor has encountered an error or shuts down or is overheated due to excessive current drawn due to extensive and complex calculations requiring extra power over multiple occasions, would the simulation fail? And if this fails, does the simulation indicate in real life that the human brain would fail as well? If it does not, is the simulation a failure or a success? I would think that it’s not a suitable idea to simulate dendrites and neurons in the human brain as the human brain volume ( indication of not the outer layer of human brain, but the whole capacity of the human brain ) is definitely larger than any chip or device in the world. Would there be something missing as such in the simulation then? I perform Digital Signal programming on devices in my website and utilise it for digital signal waveforms as passing analogue signals through my digital signal devices in my website for an output of digital signal waveforms, looking like a digital to analogue converter upon exit from the output of the device. I have waveforms in my One Drive, eg: http://1drv.ms/1CnKEdc and http://1drv.ms/1p3NosY. I do not follow the idea of a human brain fitting into a processor and it’s definitely not correct as currently the idea cannot match the brain capacity. Thank you. Written by Junt Hoong Chan MIET MIEEE CEng.

http://engineeeringcomputerworks.com/windows_10_home_premium_updated_onto_my_hp_pavilion_dv4_laptop
http://usemud868a.blogspot.sg/