Vignesh Ramakrishnan Email & Phone Number

Garching, Bavaria, Germany

Regensburg, Bavaria, Germany

• Team: Institute of Pathology (Biobank Regensburg)Research:
• 3D reconstruction and visualization of blood vessels from histological slides using Spatial-Transformer based Image Registration, and Image segmentation
• Object detection framework (using Mask-RCNN) for detecting nuclei, macrophages and other parts of a whole-slide-tissue
• Research and development of Vision-based algorithms for research in Pathology (Includes semantic segmentation, object detection, instance segmentation, GANs, etc.)
• Development of an automated approach to run deep learning algorithms on an image-server to aid students for research.Teaching, supervision and other responsibilities:
• Lectures on Digitalization in Pathology.

Düsseldorf, North Rhine-Westphalia, Germany

• Team: Global Advanced Driver Assistance
• Customer Support, Sample Application Development and Testing of CNN-Toolchain developed at Renesas to implement deep learning algorithms on embedded hardware
• Support & Design of neural network architectures to run efficiently on hardware
• Managing and Guiding Internship and thesis students
• Support and Integration of sample applications into Continuous Integration to run neural networks using CNN-Toolchain using GitLab
• Cross-compiling deep learning and computer vision algorithms on Renesas Hardware

Stuttgart Area, Germany

- 3D head pose estimation and refinement using iterative algorithm and models with the help of Calibration and Homogeneous Transformations.- A GUI to implement reference head pose using Matlab- Visualizing the driver head in 3D using PointCloud.- Practical experience in the form of test data collection for driver monitoring

Aachen

- Investigating signal processing algorithms to improve video compression in HEVC- Motion Estimation Techniques - Segmentation Based Motion Estimation, Variable transform tree based motion estimation- Sparsification of segments in hadamard domain to improve motion estimation while estimating motion vectorsProf. Dr.-Ing. J.-R. OhmInstitut für.

Aachen

3D Visualization and automated detection of Schlemm's Canal in Spectral-Domain Optical Coherence Tomography. Signal and image processing algorithms were used to detect a defective part of an eye. Preprocessing, Scale Invariant Feature Transform and 3D Segmentation on the video sequence were done to achieve this.Supervisor:Prof. (apl.) Dr. rer. nat..

Kanti

To control and maintain Electronic Equipment in order to ensuresafety in Nuclear and Thermal power plants in the esteemed Power Generating

Master’S Degree, Communication Engineeering, 1,7

Activities and Societies: Institut für Nachrichtenteknik football team- Published a paper: 'Automated Detection of Schlemm's Canal in.

Bachelor'S Degree, Electronics And Communications Engineering, 8.08

Activities and Societies: Football, Swimming, Table Tennis, Gaming (Video Games), Quiz- Won Gold in Intra-College FOOTBALL Tournaments.

All India Secondary School Examination, Physics, Chemistry, Mathematics, Computer Science, 89.6%

Activities and Societies: Football, Cricket, Athletic• Consistent School Topper at Kendriya Vidyalaya NAL, Bangalore (Central Board of.

All India Senior School Certificate Examination, Science, 95%

Activities and Societies: Football, AthleticsFootball at higher levels. Swimming and athletic sports.