Abhishek Verma

Design and development for wireless communication for satellites based IoT services . Development of simulator and PoC based on LTE Rel 13 features. Skills used: C/C++, linux, FPGA, MATLAB, Git

· Worked on LTE control layer between RF front-end and baseband · Prototype development and proof of concept for new fast cell search algorithm · Implemented LAA/IDC feature in FW for next generation Intel MODEM · Extension of Intel’s MODEM trace analysis tool, STT for 4x4 MIMO and 5 CA · SystemC based Virtual Prototype modifications for increased performance Skill/tools used: C++, MATLAB, SystemC, Linux, Lauterbach, JavaScript, HTML, JSON, XML, Git, Gerrit.

Focused on detailed analysis and extension of NI NS-3 LTE MAC/PHY network prototype platform for low latency applications by implementing short TTI transmission mode. - Successfully implemented and tested LV FPGA changes on Tx and Rx PHY and LTE MAC in NS-3 for short TTI transmission. - Performed an extensive delay measurements on PHY and MAC level to prove the performance improvements of short TTI mode over conventional LTE. Skills/tools used: LabVIEW, C++, Network Simulator 3, Python, RT Linux

Presented a mulit-objective convex optimization integer linear problem (ILP) for network and frequency planning. WLAN planning includes finding the optimal number of APs to be installed in the network and allocating the best combination of frequency channels available. Used Convex Optimization (CVX) tool in MATLAB for modeling and Gurobi to solve the ILP. Developed a GUI in MATLAB for the visualization of results showing wireless nodes with coverage areas, frequencies and optimal positioning.

Designed a software tool in MATLAB that can be re-configured for various spectrum sensing technologies and compare their performances under different environments. Implemented 3 popular detection techniques namely Energy detector, Cycle-stationary detector and Entropy detector. Also compared their results based on Probability of Detection, Probability of False Alarm and noise uncertainty. We also implemented and tested the SNR wall of each detector under different noise uncertainties.

We delivered an Android Application to automate the end to end hospital process. Our app was about the interaction with NFC (Near field Communication) tags and keeping all the data at the centralized server. Functionality included are Register\Sign-in users, chat server within the registered users, Read and Write the Passive NFC tags with authentication and also generate the EMR (Electronic Medical Report) of patient and pleasant Graphic user interface.

Mobile Radio Networks Communication Protocols Principles and Architectures of Cognitive Radios MIMO Estimation and Detection Theory Ad-Hoc Networks Architecture and Protocols Multimedia Content Protection Information Theory and Source Coding Signals, System and Communication RF Systems

Wireless and Mobile Systems Embedded Systems Design Multimedia Systems Advance topics in Control Engineering Micro Electronics RF and MW Circuit Design Electromagnetic Theory Digital Signal Processing Power Electronics Probability and Statistics