Jayesh Vyas
| Headline: | Engineer |
| Skills: | C/C++, Computer Engineering, Engineering, Java, Languages and Platforms, Software Engineering |
| Groups: | Stanford C.S. and E.E Engineers Group |
| Interested in: | Consulting opportunities, Finding team mates, Meeting new people, Providing services to startups, Trading services |
| Schools: | Stanford University |
WORK EXPERIENCE
| Employer: | Relman Lab, Department of Microbiology and Immunology, Stanford University |
| Position: | Research Assistant |
| Time period: | October 2007 - Present |
| Description: | Working on optimizing multiple sequence alignment softwares to align large sets of RNA sequences using multiprocess
and multi-threaded programming. |
| Employer: | Tejas Networks, Bangalore, India |
| Position: | Senior R & D Engineer, Embedded Software Development Team |
| Time period: | June 2003 - July 2007 |
| Description: | Founded in 2000, Tejas Networks (http://www.tejasnetworks.com) is a leading Indian company developing next generation optical networking products.
Was owner of traffic related features like cross connect, protection schemes and alarm reporting, in software. • FMECA (Failure Modes, Effects and Criticality Analysis): Led a three member team to develop software infrastructure to detect and correlate equipment faults. One of the main goals achieved in the project was to build a scalable infrastructure which is portable across Tejas’ various products. • Bidirectional Line Switched Ring (BLSR): BLSR or MSSPRING (Multiplex Section Shared Protection Ring) is considered to be one of the most complex features designed for ring protection in optical networks. The project involved understanding the Bellcore and ITU-T standard for BLSR and its implementation in software in a way that meets protection switching time (50 ms) constraints. • Software support for new products and features: Have written device drivers and application code for supporting a variety of new hardware modules and products. Automated planning and provisioning of bandwidth across network: We developed a Point N Click Provisioning (PNCP) architecture where in a user can provision bandwidth across a network by specifying the end points of the connection. I implemented parallelized cross connect provisioning along a planned path. • PBSSR (Priority Based Sharing of Segments for Protection): Proposed a new scheme for shared restoration in mesh networks. This scheme uses alarm reporting and control in optical networks to allocate shared restoration path to one of the competing traffic flows based on priority. |
| Employer: | Institute for Communications Research, National University of Singapore |
| Position: | Summer Intern |
| Time period: | May 2002 - July 2002 |
| Description: | Worked in a team of three members to design and implement a protocol for smart card based user authentication
and secure connection to a remote server. In the implementation part I programmed the smart card to perform the required operations. |
| Employer: | Department of Electrical Engineering, IIT Bombay, India |
| Position: | Undergraduate Project |
| Time period: | July 1999 - May 2003 |
| Description: | B.Tech. Degree Project (Part 1) (Data scheduling for integrated voice data CDMA cellular networks):
Developed an expression for residual capacity of a CDMA cellular network and used it to design an Earliest Deadline First (EDF) scheduling scheme for data packets. The performance of the scheme was evaluated against some earlier proposed schemes by extensive simulations. • B.Tech. Degree Project (Part 2): Designed a new Media Access Protocol (named Interference Based Multiple Access (IBMA)) for CDMA-based ad hoc networks, which allows multiple simultaneous transmissions in a given region of connected nodes. It was proved via simulations that this protocol performs better than the existing media access protocols taking throughput as the performance measure. • Junior Year Paper: “A survey of methods to improve TCP performance over wireless networks”. The paper discusses various schemes proposed in literature for improving TCP performance over wireless networks. • Electronics Design Project: Developed a low cost microcontroller (8051) based ECG simulator, which generates and displays ECG waveforms under different physiological conditions. |
EDUCATION
| University: | Stanford University |
| Time period: | 2007 - 2009 |
| Degree: | Computer Science, MSc |
PUBLICATIONS
| Articles: | “Interference Based Multiple Access (IBMA) Protocol for CDMA-based Ad-hoc Networks". Presented in the 8th
International Conference on Cellular and Intelligent Communications (CIC), October 28~31, 2003, Seoul Korea. |
INFORMATION
| Sports: | Have been actively participating in various sports events involving cricket, badminton, tennis, go-carting etc
and have won prizes at various levels during my educational and professional career. • Captained Tejas Networks’ cricket team for three years (2004-2007). • Received 4 belts in Karate (Kyo Kushin) from 2003 to 2006. • Worked as the Dramatics Secretary of my hostel for a year (2000), and lead and coordinated the hostel in many cultural events, like drams, impromptu, mono-acting and dance. |
| Awards: | Received special contribution and appreciation award at Tejas Networks in 2006 for my work on BLSR
(Bidirectional Line Switched Ring) project. • Received merit based scholarship during my final year of undergraduate studies at IIT Bombay. • Secured All India Rank 244 in IIT-JEE, 1999. The same year secured 97th rank in Roorkee (now IIT Roorkee) entrance examination, and All India Rank 8th in the Pre Engineering Test conducted by the government of Madhya Pradesh, India. • Received certificate for being in the top 0.1% students all over India in Chemistry in XII CBSE board, 1998. • Received merit certificate in Regional Mathematics Olympiad in 1996 and 1997. |
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Paul Joseph
You can read all my stuff and what I do at www.bepauljoseph.com