https://dream.weekday.works/redirectToHiringCopilotExtension/

Involved in Research and implementation for detection of various kinds of video quality errors. The research involves application of Video and Image processing, Computer Vision and Pattern Recognition methods

Interra Systems is a global provider of enterprise-class solutions that streamline the classification, quality control (QC) process, and monitoring of media content across the entire creation and distribution chain. Relying on Interra Systems' comprehensive video insights, media businesses can deliver video with high quality of experience, address new market trends, and improve monetization.

Widely adopted by broadcast, cable, telco, satellite, IPTV, OTT, and post-production markets around the world, Interra Systems' products enable better quality video, reduced exposure to regulatory issues, and higher customer satisfaction. Featuring AI- and machine learning-enabled algorithms, along with a flexible, software-defined architecture, Interra Systems’ solutions support a variety of deployment scenarios, including the cloud, for higher performance, scalability, and efficiency.

The company’s industry-leading solutions include BATON®, a next-generation hybrid QC solution that delivers comprehensive capabilities way beyond standard automated QC; ORION™ and ORION™-OTT real-time content monitors assuring high QoE; and VEGA™ media analyzers for compliance and debug of encoded streams.

Responsible for research, development and implementation for detection and assessment of Video Quality. The implementation is targeted for automated Video Quality assessment systems. The algorithms are integrated with product 'Baton', an Automated Media Content Assessment system. 

Filed two Patents in the area of automated Video Quality Assessment. It involves applying various Image processing methods and algorithms for detection of various video and image features for quantifying the artifacts and quality of Video and images.

Involved in architecture and implementation of Video/Audio capturing, processing and data archiving methodologies.

Appulse is a global Software Consulting firm committed to innovation, quality and service. Founded in 2002 by technocrats, Appulse has been delivering cutting-edge solutions in areas like Software Development, Software re-engineering, Web Solutions and Application Development to some of the world’s leading technology companies that include NCR, Imagestream Medical, Pricer AB, BAE Systems and Avaya.

Design and architecture of DirectShow based applications used in the deployment of Medical Systems and processes. This involves the development of solutions involving real time capture, storage and management of MPEG2 streams either stored locally or captured in real time.
MMRe
The project is for Text and audio conferencing. I was involved in architecture, design, analysis and implementation of an ATL COM DLL. The developed DLL was using the Conaito SDK for creating connections between various client locations. The project involved understanding of NAT (Network Address Translation) Types and STUN protocol. On the basis of NAT types and STUN, it was investigated to have P2P based communication between various clients. The current developed and successfully running product is using the central server based text and audio conferencing and for this Conaito Enterprise Proxy Server SDK is being used. The ATL COM DLL as developed uses the said conaito SDK and creates complete communication infrastructure.
 
Prodigy
This involved monitoring a set of Windows System Directories and sense for any changes in directory contents or within XML files contained within the directory. The XML file contained a set of Jobs. If any new Job is added from a process within the same LAN, it is sensed by the directory monitor and the new Job description is added to the MySQL database. The MySQL database is running as part of WAMP and running on the same machine as of Data-Monitoring Process. The implementation is done in C/C++ and used the MySQL C++ Lib for managing the database.

Experience: Joined in June, 2000 

Projects:
1.   IMCE (Intelligent Media Content Environment); Number of Persons 10
Description: The project is for the development of an environment, which can handle the request from an MPEG-4 client for
efficient delivery of MPEG-4 media content. The requested content is first analyzed in the IMCE environment and then IMCE
contacts number of media servers capable of streaming the media data as specified in the request from the media client. IMCE
gets the media data from the servers and transfers the data to the client over IP network.
	
I was responsible for the following:

1. Design and Architecture:

(a) Media Acquisition Module: Responsible for complete design and architecture of this module. It includes
complete MPEG-4 media control processing, sending request to a RTSP enabled MPEG-4 Media server,
designing and implementing the Media Acquisition ports and processors, acquisition of the media data and
sending the data to next module (Media Delivery Module).

(b) Media Delivery Module: Responsible for fragmentation of Media Data Access Units, as received from Media
Acquisition module, into RTP packets of MTU size as specified in RFC 3016. Also, responsible for designing
and implementation of the RTP Communication between Media Delivery Module and the MPEG-4 Client. 
(c) RTP Communication: Involved in design and architecture for RTP packetization, delay adjustment and
dejittering, aggregation of AU from RTP packet payload etc.

(e) HTTP Based Image Acquisition: This includes the acquisition of Images through HTTP from remote servers
and delivering the image data to a requesting MPEG-4 media client. Before delivery, the acquired image data is
used to generate the MPEG-4 based control information 
Skills that will be developed: MPEG-4 Systems. RTSP, RTCP, RTP, Adaptive Communications Environment (ACE), TAO,
CORBA, Distributed Computing, ISMA Media Streaming, HTTP, JPEG, VTC etc.

2 months
Number of Persons: 	5
Description: The software tool enables user to show the computed bitrate of MPEG-1 and MPEG-2 streams.  The input to the software is a file containing the MPEG Elementary, System or Transport streams. In this software development, I was responsible for the design and development of Graphical User Interface to show the bitrate graph. C++ with Microsoft Foundation classes (MFC) is used for entire development.

Role: Development of software using VC++ and Oracle for Telephone based Customer Support system. VC++ Telephony API (TAPI) and Speech API (SAPI) SDKs are used for connecting Server and Remote Telephone for answering customer queries.
Experience: 6 months (joined

Role: Development of Simulation Softwares using C and C++ in Unix and Windows-95 environment. A model for identification of a typical Multi-machine Power systems is developed, which is used for finding out the adequate location for the placement of Power system stabilizers. I have used MATLAB with SIMULINK and Neural Network Toolbox for simulating some of the results obtained by developed softwares.

Indian Institute of Technology Madras is one among the foremost institutes of national importance in higher technological education, basic and applied research. In 1956, the German Government offered technical assistance for establishing an institute of higher education in engineering in India. The first Indo-German agreement in Bonn, West Germany for the establishment of the Indian Institute of Technology at Madras was signed in 1959.

The Institute was formally inaugurated in 1959 by Prof. Humayun Kabir, Union Minister for Scientific Research and Cultural Affairs. The IIT system has sixteen Institutes of Technology. The first of these to be instituted are at Kharagpur (estb. 1951), Mumbai (estb. 1958), Chennai (estb. 1959), Kanpur (estb. 1959), Delhi (estb. 1961), Guwahati (estb. 1994) and Roorkee (estb. 1847, joined IITs in 2001).

IIT Madras is a residential institute with nearly 550 faculty, 8000 students and 1250 administrative & supporting staff and is a self-contained campus located in a beautiful wooded land of about 250 hectares. It has established itself as a premier centre for teaching, research and industrial consultancy in the country.

The Institute has sixteen academic departments and a few advanced research centres in various disciplines of engineering and pure sciences, with nearly 100 laboratories organised in a unique pattern of functioning. A faculty of international repute, a brilliant student community, excellent technical & supporting staff and an effective administration have all contributed to the pre-eminent status of IIT Madras. The campus is located in the city of Chennai, previously known as Madras. Chennai is the state capital of Tamilnadu, a southern state in India.