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Operating System :UNIX, LINUX, WINDOWS 95/98/2K, WINDOWS-NT Languages :C, C++, Java, Pascal, Cobol, Fortran, LISP Databases : Oracle, SQL - Queries level only Protocols : TCP/IP, P-TCPIP, X25, SNAX, EXPAND Debugging Tools : Garth, Inspect (Debuggers), Code Write Work Experience Project Name : TCP/IP Company : ---- Client : ---- Duration : Nov 2002 – Till date Team size : 8 Environment : TCP/IP, C/C++, Sun Microsystems, NSK (OS), Non-stop Tandem servers, Unix, SunOS, Solaris, Linux, Various Networking Protocols –TCP, IP, ARP etc, Socket programming, Debugging tools like Garth and Inspect Description: The TCP/IP Internet Protocol Suite has become, de facto, the standard for open system interconnection in the computer industry. Computer systems worldwide use TCP/IP Internet protocols because it provides the highest degree of interoperability, encompasses the widest set of vendors’ systems, and run over more network technologies than any other protocol suite. Responsibilities: Contribution for Enhancement as a part of existing product in terms of adding new features, fixing bugs as been reported by customers according to different priorities (Critical / Major / Minor) as well as testing the existing things along with documentation of functionalities supported as and when required. This is an ever going enhancement as well as maintenance project, where new features been added as well as errors and bugs been fixed as and when reported by customers. Project Name : X25 Company : ----- Client : ----- Duration : Dec 2001 – Oct 2002 Project : X25AM Team size : 5 Environment : NSK (OS), Non-stop Tandem servers, Unix, X.25, TCP/IP, C/C++, TACL, TAL, Networking Protocols, Socket programming, debugging tools like Garth and Inspect Description: Recommendation X.25 defines the interaction between DTE and a DCE of a packet switching network. This is an ever going enhancement as well as maintenance project, where new features been added as well as errors and bugs been fixed as and when reported by customers. Responsibilities: Contribution for Enhancement as a part of existing product in terms of adding new features, fixing bugs as been reported by customers according to different priorities (Critical / Major / Minor) as well as testing the existing things along with documentation of functionalities supported as and when required. Project Name : Home Audio/Video Interoperability stack (The HAVi Stack) Company : ----- Client : ------ Duration : Jun 2001 – Nov 2001 Team size : 7 Environment : Windows 2000, RDBMS CONCEPTS, Socket Programming, TCP/IP, C/C++, OOAD and Embedded Systems Description: The HAVi Stack is intended for implementation on Consumer Electronics (CE) devices and computing devices; it provides a set of services that facilitate interoperability and the development of distributed applications on home networks. HAVi is intended for, but not restricted to, CE devices supporting the IEEE Std 1394-1995 (and future extensions) and IEC 61883 interface standards. Since a goal of the HAVi Architecture is to be future-proof, interoperability is more than a common command set. HAVi is a software architecture that allows new devices to be integrated into the home network and to offer their services in an open and seamless manner. The HAVi stack provides: A set of software elements along with the protocols and APIs needed to achieve interoperability. Device abstraction and device control models An addressing scheme and lookup service for devices and their resources An open execution environment supporting visual presentation and control of devices, and providing runtime support for third party applications Communication mechanisms for extending the environment dynamically through plug-and-play capabilities A versioning mechanism that preserves interoperability as the architecture evolves Management of isochronous data streams. Responsibilities: Handled an essential part of HAVi Stack called “Registry”. Also contributed in the module called "Stream Manager". Project Name : Casio Mobile Converter Company : ----- Client : ----- Duration : May 2001 – Jun 2001 Team size : 3 Environment : Windows 95/98/2K/ME, Casiopea (Casio mobile device) was used for testing Description: Casio MVC is a software designed to work on the desktop environments like 95/98, NT 4.0, Win 2K and ME. The software is basically a format converter and generates a .CMF file from the input multimedia stream on Windows platform. The output .CMF file is recognized by the CASIO EM-500/EM-100 and the CASIO Mobile Player can play back the .CMF file and hence the user can enjoy the movie of his choice on the handy terminal. CMF is a reduced version of MPEG-1. Responsibilities: Contributed in system testing and unit testing and prepared documents according to velociQ standards. Also involved in some part of coding. Project Name : Repurposing System for Rich Media Content Company : ----- Client : NewsTakes Asia-Pacific Pte Ltd. Duration : Jan 1999 – Jul 1999 Team size : 4 Environment : Windows NT 4.0, Java (JDK1.2.2), JavaServlets, WML, HTML, XML, XSL and Java Script, Apache webserver, JDOM and other XML parsers Description: The project was for "Repurposing the rich media content for the wireless world". Objective is to develop a system, which makes the rich media content “Device Independent” so that the user gets the similar look and feel of the rich media content irrespective of the device being used. Responsibilities: "Web Transformation & Paginator", a module that repurposes the rich media content for WML compatible devices. It mainly considered memory storage capability and permissible content representation of the device and then modifies the original content accordingly. It involves filtering the original content and then representing the filtered rich content i.e. text, links and images on those devices (having very less memory). Designing & Development for "Net Grabber" module, which grabs an http or ftp protocol. It analyzes this protocol and grabs the corresponding content from the net. It sets certain parameters for the response according to the requirement of the input device and returns that response to the client. Project Name : LIS Phase III (eComp) Company : Rizvi Software Consultancy Private Limited Client : Chase Insurance Group Duration : Jun 1998 – Jan 1999 Team size : 6 Environment : IIS 4 on Win NT 4.0 Server, Oracle 8i, ASP 2.0, VB, JavaScript along with COM and DCOM technologies. As a part of understanding the existing system, had a thorough exposure to Sybase Adaptive Server 11 and VB 6.0. Description: This business model offers a Web based system for the Compliance department of Insurance and Investments to help them comply with the guidelines framed by the State and the Stock Exchange respectively. The system operates and caters to multiple locations with different prime businesses. This also has a facility of extensive Reporting, sending Emails, document management. Responsibilities: Involved in development of reusable code, which can be used as a template in similar projects. Projects done in IIT Delhi
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