About us
The Vevaclouds Technology experience
Vevacloud Technology group conducts cutting-edge research in computer architecture, computing systems, hardware security, hardware acceleration, bioinformatics, and software/hardware co-design. The major goal is to design fundamentally better computing architectures. Our work spans the boundaries between applications, systems, languages, system software, compilers, and hardware, with architecture at the core. We tackle many fundamental issues in high performance, energy efficiency, hardware acceleration, hardware security, fault tolerance, predictable systems, dependable systems, hardware/software cooperation, and genome analysis. We are especially excited about novel, fundamentally secure and fundamentally efficient computation, communication and memory/storage paradigms.
Our Team
Omid Agahighomi
Phd in Computer Architecture
My research is in computer architecture, systems, security, and bioinformatics. My work spans and stretches the boundaries between applications, systems, languages, system software, compilers, and hardware.
Santosh Mishra
Master's in Electrical and Electrons Engineering.
I design Field Programmable Gate Array integrated circuits , ASIC test methodology characterized by test pattern generation, memory built-in self-test (BIST), and scan insertion, register-transfer level (RTL) design
Naresh Kumar Dhiman
Bachelor in Computer Application
Developing system level test cases, test requirements Validating the developed test cases on the rack level hardware by creating both positive and negative test cases scenarios. Generating test results, file defects and work with development teams to triage defects
Ramesh Kumar
Master's in Computer Application
Designing Military radio equipment, Electronic Warfare and Satellite Communication equipment, Radar parameter analysis and filtering
Venkatesh
Bachelor in Computer Applications
Performing Hardware testing and System engineering, developing validation methodologies on storage solutions, resolving testing and data representation problems by adding new tools and features
Anjali Kumari
Batchelor's in Physics
Inventing and designing new approaches to computing technology, Digital Image Processing, Spatial Light Modulators, Diffractive Optics, Optical Materials and Thin Film Optics and find innovative uses for existing technology
Rinu Mahato
Batchelor's in Bio Informatics Engineering
Leading the development of bioinformatics methods and algorithms for genomic data generation and analysis. Incorporating bioinformatics tools for the delivery of efficient and automated pipelines for data analysis. Creating and tracking the quality metrics for sequencing and variant detection workflows. Assisting with the development of project plans
Rambha Ojha
Batchelor's in Biotechnology
Working on computational biology methods, database design, and medical informatics. Fully committed to performing groundbreaking research in an environment that fosters ingenuity and creativity. Understanding of universal laboratory safety procedures and data storage protocols.
Vandana Kumari
Batchelor's in Science (Botany)
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