Ing. Muhammad Zeshan Ali

Aufgabenbereiche: SW Architektur & Design, SW Entwicklung HW: ARM Cortex M4, M7 , STM STM32H7 STM32M4 SW: C/C++ , java Tools: Atollic TrueStudio Technologien: ,ADC, USB,Bluetooth Low Energy (BLE)

Working with Restaurant in Königstein im Taunus to implement the Digital System, for example low-cost Raspberry Pi camera solution, which provides the up-to-date online information about the product stock in store-room and etc. Technical Support about the IoT Infrastructure for example, 802.11 standards. Design, Develop the Intelligent static algorithms (C, C++) to find the useful required information from real-time scenarios, Such as face detection, motion detection and else etc.

Research and planning to find the appropriate web-based content-management solution. Reliability and Scalability of a solution according to cost, performance, security and future technology trends. Web Solution Design, Front-End Development (PHP, HTML5, CSS, etc), Back-End Development (web-Server, Database design MySQL). Solution Description with a Technical point of view i.e. (Physical Layer). Training & Documentation.

Improving performance of vision base Product grading algorithm written in C++ and OpenCV 3. • Implementation of Open MP to utilization of Quad-Core Processor for Image data parallelization • Investigating Open CV CPU&GPU integration and comparing alternative approaches for parallelization, Open Cl and Embedded System (FPGA). • Documentation of Performance Results. • Presentation on topic (Embedded System, Parallel Computing, Open Cl GPU programming).

Development of the benchmark using C language. Implementation of the benchmark on microcontrollers (STM32, MSP430, PIC18F46J50 and EMF32). Evaluate the worst-case performance of the microcontroller according to Benchmark design.

The Institute of Transportation systems has developed user friendly driver assistance system, generally to increase the road safety and driving comforts. Development of generic design Head-up Display using Multi-touch C++ library PQ Labs, examined and evaluated.

Research on Big Data Multiprocessing Programming Model (CPU, GPU). Implementation of Open MP in POEM simulation tools to parallelize the execution process of big data.

Processor architecture (MIPS32, ASIP, DSP, ARM). Video Encoding Decoding Standard (MPEG-2, H.264/MPEG-4 AVC) Multimedia Application Benchmark Performance analysis of video encoder and decoder opensource library (FFmpeg, x264, Xvid, JM reference software of H.264) on Multicore processor. Implementation of Open SURF (Robust Interest Point Detector and Descriptor scheme) library on Xilinx virtex-5 FPGA.

Software Development using Visual Basic. Manage the Application using the Software Process Model. Software Deployment. Support for user to use the software.