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GSM,GPRS,EDGE,UMTS,CDMA,HSPA,ATM,RTOS,Systems Engineer

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Experience level:

10 +

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Most Recent Employer:	Aricent
Job Title:	Principal Systems Engineer
Start Month/Year:	Not Specified
End Month/Year:	Not Specified
City:	Not Specified
Country:	India
Description:	Sytems Engineering on GSM,GPRS,UMTS,CDMA,Pseudowire,ATM,HSPA, Architect,Implementation

Most Recent Employer:	Arincet
Job Title:	Principal Systems Engineer
Start Month/Year:	Not Specified
End Month/Year:	Not Specified
City:	Not Specified
Country:	India
Description:	RESUME Nagaraj Naik. Objective: To play a Key Role in Telecom, Embedded System Engineering, Software Architect, Design and Development with Leadership and Opportunity to Learn and Work on Latest Technologies, and be a part of organizational growth. Participate in the Technical Standardization body, Analyse Market for Business Opportunity , customer needs and operator problems. To play a key role in Organization activates where to improving technology, process, building new technology skills which are inline with Organization’s Roadmap. Professional Experience: Over Ten years of Experience in the field of Telecom embedded(GPRS,EDGE, UMTS,HSDPA,HSUPA,CDMA,ATM,TCP,RTOS,Vxworks,RT-Linux,Pseudowire),Device driver & protocol stack development, which includes System Analysis, SRS,Architect, Design, implementation, unit testing of Telecom products and leading the team successfully towards the product development. For various clients like Nortel Networks, Compaq, Tecom, Motorola, NEC, Wind River, Lucent in USA ,Europe and Japan. Current Organization : Aricent Designation : Principal Systems Engineer Visa Status: Having B1 USA visa for 10 years multiple entry My Technical strength lies in the following Area: Strong experience in Design & development in: Ø WCDMA,HSDPA,HSUPA,L2&L3 protocols of WCDMA (RLC, MAC,L1) Ø GPRS –PCU,EDGE,GSM Ø IS-95,CDMA2000,CDMA-1XRTT Ø ATM protocol stack (WINDNET ATM). Ø TCP/IP, stack & Router Protocols (OSPF). Ø RTOS concepts in Analysis, Design &implementation, ICE Ø Vx-works (Tornado) Design & Development. Ø RT-Linux Design & Development Ø Programming in C, C++& assembly Languages Ø Device Driver, Embedded systems. Ø OOA&D,SDL,UML Hardware: ARM Processor, 8085, 8086, 8051 & MPC 68xx, Motorola DSP 56300,ETRAX100,MPC8540 &60 Good experience in: UNIX Internals, IPC, Multi Threading, Socket programming, Unix Socket Programming SDLC. Strong Exposure to: Ø WCDMA (3GPP),HSDPA,HSUPA Ø CDMA2000,1xEV-DO Ø 3GPP,3GPP2 Specifications Ø ATM Ø UE Call Processing Ø Internal Architecture of BSC (Base Station Controller](Nortel Network, Motorola) Ø GSM & CDMA protocol Stack Ø MPLS Router protocol Software Skills: Operating System: Vx-Works5.4, EME, Hp-Unix, Linux, Sun Solaris, True64 Unix, Windows97/98. Programming Language: C, C++. Assembly Language: 8085,8086 & 8051. Tools: UML, Rational Rose, SDL, MAT Lab. Tornado2.1 IDE, GNU compiler tools, crosswind Debugger, Wind View, Logic Analyzer, ANDO AE5141 ARM7TDMI SDK, Code Composer, Kiel Tools, CIPT, PRT, Clear-case, Clear-Quest, CVS,CM-Synergy Protocols: GSM,GPRS,CDMA,WCDMA, ATM, TCP/IP, RIP, OSPF, PPP, CAN. Technical Proficiency in Unix: Internals of Unix, IPC, Socket programming. Training undergone: Ø Passed Japanese Language training Level-4 with grade A Ø Specification & Description Language (SDL) Ø Development of Quality Software. Ø Software Production Process; Software Reviews, SDLC. Ø Object Oriented Analysis and Design. Ø UML-Telelogic. Ø Unit Integration Testing; System testing. Ø Future Manager & Client interaction Ø Leadership Program Soft Skills: Ø Self motivator ,positive attitude Ø Effective Communication and Presentation Skills. Ø Interviewing Skills and Team Building & Personality Development PROJECT DETAILS: Packet Abis/Psedowire: Description, This project is intended to provide solution for converging traditional E1/T1 circuit switched backbone into IP backbone by means of Pseudowire technology for GSM/GPRS Abis interface, which is between BSC and BTS. Responsibility, § Writing technical solution proposal for packet Abis § Worked with customer at their place for analysis of: § System Engineering § Identifying protocol stacks needed § Hardware platform required § Deployment Scenario § Security Aspects Environment: GSM, GPRS, Pseudowire, Network Processor, Protocols UMTS Rel-6 BSG Description, It’s proprietary Architecture for High Data rate over UMTS Rel-6 where entire RNC and Node- B in a single board called BSR and a cluster of BSRs connected to a single BSG where BSG acts like a virtual RNC to 3G-MSC. Responsibility, Ø System Engineering Ø Preparation of SRS for IuCS over IP Ø RANAP SRS Preparation Ø RANAP Routing algorithms Ø Preparation of OAM SRS for IuCS Over IP Ø Preparation of Interface Requirement Document for BSG Ø Preparation of System Requirement Data/SRD Document Ø Reviewing of Interface Requirement Document for BSR Ø Customer Interactions Ø Coordinating with development team across country Ø Interaction with Marketing Team and Management Ø Project Estimation GPRS/EDGE: BSC Description, It’s a new concept of providing GSM, GPRS & EDGE service of BSC/PCU on a single card. It’s having the capacity of 10k BHCA and 100K TFB/H Responsibility, Ø System Engineering Ø Writing SRS Ø System Architecture Ø System Design Ø Interface Requirement Document Preparation Ø High-level Project plan Ø Project Estimation Ø Interaction with Client Ø Third-party Project tracking for Gb and FR Ø Technical Documentation (SRS, FRS, Design) Review Ø Review of Source Code Ø Preparation of Functional Requirement for PCU Ø Preparation of Design Ø Team Management Ø Interaction with Marketing Team and Management Environment: C, RT-Linux, Accelero, CVS, BTS Simulator, SGSN/NetHawk Simulator, and MPC8560&MPC8540 Near field Communication Description, It’s a short range wireless communication technology used in mobile handset devices. Users to access content and services in an intuitive way by simply touching smart objects and connecting devices just by holding them next to each other. Responsibility, Ø Analysis NFC specification Ø Involved in product conceptualization Ø Preparation of Technical Documents Ø Project environment setup Ø Preparation of HLD Ø Design &Implementation of Emulation of NFC Core Ø Design &Implementation of State diagram Ø Involved in Multithreading Design approach Environment: C, Linux, and CM Synergy UMTS: RLC Description: This project aims at developing the Wireless 3G stack. The focus is towards developing the radio interface portion, covering the stack on the UE . Analysis of the protocol specifications, inter layer protocol primitive exchanges are done with reference to 3GPP standards and the scope covers the functionalities for signaling & data transfer. Have done the design of the RLC Layer and coding for the same. Responsibility: Ø Analysis, Project planning & Design Ø Involved in the protocol stack development of 3G wireless following standards of 3GPP Ø Implementing the RLC layer according to the 3GPP wireless protocol stack Ø Design of RLC layer according to the service primitives & its interface with RRC &MAC Ø Managing team members Environment: C, ARM SDK, Linux. UMTS: MAC Description, This project aims at developing the Wireless 3G stack. Analyzed, Designed, Implemented as per 3GPP Specification of the MAC Layer for UE. Environment: C, ARM SDK, Linux. Responsibility: Ø Study and Analysis MAC layer Specification. Ø Design and Project Planning & Implementation Ø Managing team members 1xEV-DO: Description, 1x evolution for Data only, is one such option that is designed to provide high rate packet data service. It is designed to work on 1.25 MHz bandwidth radio channels. It supports high rate non real time packet data services greater than 2mbps in the forward link. Responsibility: Ø Study and Analysis of 1xEV-DO Ø Understanding System Architecture, Ø Documentation. Ø Did analysis with respect to CDMA1x UMTS Rel-4 Media Gateway Description, The aim of this project is to support packet backbone for Circuit switched domain. Current activity of this project is analyzing the Specification (23.977, 26.102, 25.415, 29.232, rfc3525, rfc3015), preparation of Message Sequence Chart (MSC), HLD & LLD documents. CDMA-1X-BSC-Hostport Interface: Description, The hostport interface provides the control messaging support between the DSP and the MCU.It is responsible for terminating the host message protocol and providing appropriate control parameters to the application code and operating system based on the received message. The hostport software is also responsible for performing appropriate range checking for hostport message and providing support for hostport resynchronization between the DSP and MCU when hostport errors occur. Hardware: DSP56300 Tools: ADS ICE Responsibility: Ø Study and Analysis of IS2000 interface (ICD). Ø TAFA (Time and Frame Alignment). Ø PATE (Packet Arrival Time Error) Ø IOS (Conversion of Circuit IOS format to Packet IOS format). Ø Preparation of LLD and implementation. Environment: DSP56300 Assembly Language, EME, ADS CDMA Resource Manager. Description: The RM in the CAU provides a distribution point of reference for the allocation and deallocation of selected SBS call processing resources to CDMA calls. This RM executes its task through a well defined messaging interface .The main function of RM: Ø resource allocation/Deallocation Ø Management of Resources Ø Management of Resource requestors Ø Management of CIU Routing distribution list Responsibility: development of Resource Management Functions: create resources, Add Resource, Delete Resource, Allocate Resource, and Release Resource. Environment: programming Language C, Unix ATM: Segmentation and Reassembly (SAR) Description, The main aim of this project is to develop main features of AAL5-SAR using MPC8260.The MPC8260 is placed between the host system and a PHY device and is controlled by the host by accessing the internal registers of the MPC8260 via PCI (Peripheral Component interface) bus interface. The transmit/receive data is directly transferred with system memory under the management of the host, by using the internal DMA controller. An indication to each packet is transferred to the system memory to indicate the status of completion of transmission/reception. This is Project is carried out at Wind River Co. Ltd, Tokyo, Japan At client’s place. Environment: VxWorks, C programming Language, MPC8260. ICE Responsibility: Ø Study of AAL5_SAR layer Specification Ø Understanding hardware Architecture Ø Understanding Memory Architecture Ø Preparation of HLD and LLD Ø Implementation & Unit testing ATM: VPI and VCI Description, This is Wind River Co. Ltd Product called WINDNET ATM (Wind Net Asynchronous Transfer Mode). This supports for both PVC & SVC Connection for ATM switches for Point to Point and as well as for Point to Multipoint Services. This is Project is carried out at Wind River Co. Ltd, Tokyo, Japan At client’s place. Environment: VxWorks, C Hardware: MPC 8260 Tools: ATOMIS-5S (ATM Switch), ANDO AE5141 (Simulator) Responsibility: Ø Study and Analysis WindATM Ø Documentation of VPI/VCI Ø Preparation of HLD and LLD Ø Project planning, Design & Implementation of VPI/VCI Module Ø Unit testing, Integration LCD Driver: Description, A set of Driver library is being developed for Hitachi HD44780 LCD controller for a display of 5*7 dot matrix pattern. And it is being tested on ARM processor. Environment: Hitachi44780 LCD controller, ARM SDK, C programming language Responsibility: Ø Study of datasheet of Hitachi44780 LCD controller Ø Preparation of HLD & LLD Ø Implementation & Unit Testing. DMA Controller: Description, The ETRAX 100 DMA provides a high data transfer rate to and from the internal peripheral interfaces, or from one location in the external memory to another. The DMA consists of ten DMA channels, five in each direction. The ten DMA channels are served by a DMA controller, which takes care of the data flow between the channels and the external memory. Environment: C programming Language, Vxworks, ETRAX100 and Tornado IDE. Responsibility: Ø Study & Understanding of ETRAX100 DMA controller Datasheet Ø Analysis of Memory Architecture Ø Preparation of Design documents Ø Implementation & Testing Router protocol OSPF Description: The aim of the project is to develop a router incorporating various protocols like TCP/IP, X.25, and SNA. Modules such as Hash- tables, Command-Line Interface, Timer Management System was developed. Hash - table For Efficient storage and faster retrieval of data. It is required to create an object that is Capable of storing other objects and Hash-tables Is used for this purpose. ·Timer Management System - To efficiently schedule and store events Occurring at different timed instances. Command - Line-Interface: A Sophisticated utility that Provides interfaces for the users. Environment: Programming Language C, Vx-Works TCP stack Development Description: The Compaq Microcom 6000 Series is Compaq's remote access concentrator that provides a flexible, cost-effective solution for industry-leading reliability and sustained throughput for access to remote access applications. Responsibility: Ø Design & Implementation of Timer Management. Ø Design & implementation of TCP out put processing: Ø Idle state; transmit state, Retransmit State, Persist State & Delete State Environment: C, Vx-works. Education Qualification: Bachelor of Engineering in Electronics and Communications (B.E). JNNCE Shimoga, Kuvempu University.

Most Recent Employer:	Arincet
Job Title:	Principal Systems Engineer
Start Month/Year:	Not Specified
End Month/Year:	Not Specified
City:	Not Specified
Country:	India
Description:	RESUME Nagaraj Naik. Objective: To play a Key Role in Telecom, Embedded System Engineering, Software Architect, Design and Development with Leadership and Opportunity to Learn and Work on Latest Technologies, and be a part of organizational growth. Participate in the Technical Standardization body, Analyse Market for Business Opportunity , customer needs and operator problems. To play a key role in Organization activates where to improving technology, process, building new technology skills which are inline with Organization’s Roadmap. Professional Experience: Over Ten years of Experience in the field of Telecom embedded(GPRS,EDGE, UMTS,HSDPA,HSUPA,CDMA,ATM,TCP,RTOS,Vxworks,RT-Linux,Pseudowire),Device driver & protocol stack development, which includes System Analysis, SRS,Architect, Design, implementation, unit testing of Telecom products and leading the team successfully towards the product development. For various clients like Nortel Networks, Compaq, Tecom, Motorola, NEC, Wind River, Lucent in USA ,Europe and Japan. Current Organization : Aricent Designation : Principal Systems Engineer Visa Status: Having B1 USA visa for 10 years multiple entry My Technical strength lies in the following Area: Strong experience in Design & development in: Ø WCDMA,HSDPA,HSUPA,L2&L3 protocols of WCDMA (RLC, MAC,L1) Ø GPRS –PCU,EDGE,GSM Ø IS-95,CDMA2000,CDMA-1XRTT Ø ATM protocol stack (WINDNET ATM). Ø TCP/IP, stack & Router Protocols (OSPF). Ø RTOS concepts in Analysis, Design &implementation, ICE Ø Vx-works (Tornado) Design & Development. Ø RT-Linux Design & Development Ø Programming in C, C++& assembly Languages Ø Device Driver, Embedded systems. Ø OOA&D,SDL,UML Hardware: ARM Processor, 8085, 8086, 8051 & MPC 68xx, Motorola DSP 56300,ETRAX100,MPC8540 &60 Good experience in: UNIX Internals, IPC, Multi Threading, Socket programming, Unix Socket Programming SDLC. Strong Exposure to: Ø WCDMA (3GPP),HSDPA,HSUPA Ø CDMA2000,1xEV-DO Ø 3GPP,3GPP2 Specifications Ø ATM Ø UE Call Processing Ø Internal Architecture of BSC (Base Station Controller](Nortel Network, Motorola) Ø GSM & CDMA protocol Stack Ø MPLS Router protocol Software Skills: Operating System: Vx-Works5.4, EME, Hp-Unix, Linux, Sun Solaris, True64 Unix, Windows97/98. Programming Language: C, C++. Assembly Language: 8085,8086 & 8051. Tools: UML, Rational Rose, SDL, MAT Lab. Tornado2.1 IDE, GNU compiler tools, crosswind Debugger, Wind View, Logic Analyzer, ANDO AE5141 ARM7TDMI SDK, Code Composer, Kiel Tools, CIPT, PRT, Clear-case, Clear-Quest, CVS,CM-Synergy Protocols: GSM,GPRS,CDMA,WCDMA, ATM, TCP/IP, RIP, OSPF, PPP, CAN. Technical Proficiency in Unix: Internals of Unix, IPC, Socket programming. Training undergone: Ø Passed Japanese Language training Level-4 with grade A Ø Specification & Description Language (SDL) Ø Development of Quality Software. Ø Software Production Process; Software Reviews, SDLC. Ø Object Oriented Analysis and Design. Ø UML-Telelogic. Ø Unit Integration Testing; System testing. Ø Future Manager & Client interaction Ø Leadership Program Soft Skills: Ø Self motivator ,positive attitude Ø Effective Communication and Presentation Skills. Ø Interviewing Skills and Team Building & Personality Development PROJECT DETAILS: Packet Abis/Psedowire: Description, This project is intended to provide solution for converging traditional E1/T1 circuit switched backbone into IP backbone by means of Pseudowire technology for GSM/GPRS Abis interface, which is between BSC and BTS. Responsibility, § Writing technical solution proposal for packet Abis § Worked with customer at their place for analysis of: § System Engineering § Identifying protocol stacks needed § Hardware platform required § Deployment Scenario § Security Aspects Environment: GSM, GPRS, Pseudowire, Network Processor, Protocols UMTS Rel-6 BSG Description, It’s proprietary Architecture for High Data rate over UMTS Rel-6 where entire RNC and Node- B in a single board called BSR and a cluster of BSRs connected to a single BSG where BSG acts like a virtual RNC to 3G-MSC. Responsibility, Ø System Engineering Ø Preparation of SRS for IuCS over IP Ø RANAP SRS Preparation Ø RANAP Routing algorithms Ø Preparation of OAM SRS for IuCS Over IP Ø Preparation of Interface Requirement Document for BSG Ø Preparation of System Requirement Data/SRD Document Ø Reviewing of Interface Requirement Document for BSR Ø Customer Interactions Ø Coordinating with development team across country Ø Interaction with Marketing Team and Management Ø Project Estimation GPRS/EDGE: BSC Description, It’s a new concept of providing GSM, GPRS & EDGE service of BSC/PCU on a single card. It’s having the capacity of 10k BHCA and 100K TFB/H Responsibility, Ø System Engineering Ø Writing SRS Ø System Architecture Ø System Design Ø Interface Requirement Document Preparation Ø High-level Project plan Ø Project Estimation Ø Interaction with Client Ø Third-party Project tracking for Gb and FR Ø Technical Documentation (SRS, FRS, Design) Review Ø Review of Source Code Ø Preparation of Functional Requirement for PCU Ø Preparation of Design Ø Team Management Ø Interaction with Marketing Team and Management Environment: C, RT-Linux, Accelero, CVS, BTS Simulator, SGSN/NetHawk Simulator, and MPC8560&MPC8540 Near field Communication Description, It’s a short range wireless communication technology used in mobile handset devices. Users to access content and services in an intuitive way by simply touching smart objects and connecting devices just by holding them next to each other. Responsibility, Ø Analysis NFC specification Ø Involved in product conceptualization Ø Preparation of Technical Documents Ø Project environment setup Ø Preparation of HLD Ø Design &Implementation of Emulation of NFC Core Ø Design &Implementation of State diagram Ø Involved in Multithreading Design approach Environment: C, Linux, and CM Synergy UMTS: RLC Description: This project aims at developing the Wireless 3G stack. The focus is towards developing the radio interface portion, covering the stack on the UE . Analysis of the protocol specifications, inter layer protocol primitive exchanges are done with reference to 3GPP standards and the scope covers the functionalities for signaling & data transfer. Have done the design of the RLC Layer and coding for the same. Responsibility: Ø Analysis, Project planning & Design Ø Involved in the protocol stack development of 3G wireless following standards of 3GPP Ø Implementing the RLC layer according to the 3GPP wireless protocol stack Ø Design of RLC layer according to the service primitives & its interface with RRC &MAC Ø Managing team members Environment: C, ARM SDK, Linux. UMTS: MAC Description, This project aims at developing the Wireless 3G stack. Analyzed, Designed, Implemented as per 3GPP Specification of the MAC Layer for UE. Environment: C, ARM SDK, Linux. Responsibility: Ø Study and Analysis MAC layer Specification. Ø Design and Project Planning & Implementation Ø Managing team members 1xEV-DO: Description, 1x evolution for Data only, is one such option that is designed to provide high rate packet data service. It is designed to work on 1.25 MHz bandwidth radio channels. It supports high rate non real time packet data services greater than 2mbps in the forward link. Responsibility: Ø Study and Analysis of 1xEV-DO Ø Understanding System Architecture, Ø Documentation. Ø Did analysis with respect to CDMA1x UMTS Rel-4 Media Gateway Description, The aim of this project is to support packet backbone for Circuit switched domain. Current activity of this project is analyzing the Specification (23.977, 26.102, 25.415, 29.232, rfc3525, rfc3015), preparation of Message Sequence Chart (MSC), HLD & LLD documents. CDMA-1X-BSC-Hostport Interface: Description, The hostport interface provides the control messaging support between the DSP and the MCU.It is responsible for terminating the host message protocol and providing appropriate control parameters to the application code and operating system based on the received message. The hostport software is also responsible for performing appropriate range checking for hostport message and providing support for hostport resynchronization between the DSP and MCU when hostport errors occur. Hardware: DSP56300 Tools: ADS ICE Responsibility: Ø Study and Analysis of IS2000 interface (ICD). Ø TAFA (Time and Frame Alignment). Ø PATE (Packet Arrival Time Error) Ø IOS (Conversion of Circuit IOS format to Packet IOS format). Ø Preparation of LLD and implementation. Environment: DSP56300 Assembly Language, EME, ADS CDMA Resource Manager. Description: The RM in the CAU provides a distribution point of reference for the allocation and deallocation of selected SBS call processing resources to CDMA calls. This RM executes its task through a well defined messaging interface .The main function of RM: Ø resource allocation/Deallocation Ø Management of Resources Ø Management of Resource requestors Ø Management of CIU Routing distribution list Responsibility: development of Resource Management Functions: create resources, Add Resource, Delete Resource, Allocate Resource, and Release Resource. Environment: programming Language C, Unix ATM: Segmentation and Reassembly (SAR) Description, The main aim of this project is to develop main features of AAL5-SAR using MPC8260.The MPC8260 is placed between the host system and a PHY device and is controlled by the host by accessing the internal registers of the MPC8260 via PCI (Peripheral Component interface) bus interface. The transmit/receive data is directly transferred with system memory under the management of the host, by using the internal DMA controller. An indication to each packet is transferred to the system memory to indicate the status of completion of transmission/reception. This is Project is carried out at Wind River Co. Ltd, Tokyo, Japan At client’s place. Environment: VxWorks, C programming Language, MPC8260. ICE Responsibility: Ø Study of AAL5_SAR layer Specification Ø Understanding hardware Architecture Ø Understanding Memory Architecture Ø Preparation of HLD and LLD Ø Implementation & Unit testing ATM: VPI and VCI Description, This is Wind River Co. Ltd Product called WINDNET ATM (Wind Net Asynchronous Transfer Mode). This supports for both PVC & SVC Connection for ATM switches for Point to Point and as well as for Point to Multipoint Services. This is Project is carried out at Wind River Co. Ltd, Tokyo, Japan At client’s place. Environment: VxWorks, C Hardware: MPC 8260 Tools: ATOMIS-5S (ATM Switch), ANDO AE5141 (Simulator) Responsibility: Ø Study and Analysis WindATM Ø Documentation of VPI/VCI Ø Preparation of HLD and LLD Ø Project planning, Design & Implementation of VPI/VCI Module Ø Unit testing, Integration LCD Driver: Description, A set of Driver library is being developed for Hitachi HD44780 LCD controller for a display of 5*7 dot matrix pattern. And it is being tested on ARM processor. Environment: Hitachi44780 LCD controller, ARM SDK, C programming language Responsibility: Ø Study of datasheet of Hitachi44780 LCD controller Ø Preparation of HLD & LLD Ø Implementation & Unit Testing. DMA Controller: Description, The ETRAX 100 DMA provides a high data transfer rate to and from the internal peripheral interfaces, or from one location in the external memory to another. The DMA consists of ten DMA channels, five in each direction. The ten DMA channels are served by a DMA controller, which takes care of the data flow between the channels and the external memory. Environment: C programming Language, Vxworks, ETRAX100 and Tornado IDE. Responsibility: Ø Study & Understanding of ETRAX100 DMA controller Datasheet Ø Analysis of Memory Architecture Ø Preparation of Design documents Ø Implementation & Testing Router protocol OSPF Description: The aim of the project is to develop a router incorporating various protocols like TCP/IP, X.25, and SNA. Modules such as Hash- tables, Command-Line Interface, Timer Management System was developed. Hash - table For Efficient storage and faster retrieval of data. It is required to create an object that is Capable of storing other objects and Hash-tables Is used for this purpose. ·Timer Management System - To efficiently schedule and store events Occurring at different timed instances. Command - Line-Interface: A Sophisticated utility that Provides interfaces for the users. Environment: Programming Language C, Vx-Works TCP stack Development Description: The Compaq Microcom 6000 Series is Compaq's remote access concentrator that provides a flexible, cost-effective solution for industry-leading reliability and sustained throughput for access to remote access applications. Responsibility: Ø Design & Implementation of Timer Management. Ø Design & implementation of TCP out put processing: Ø Idle state; transmit state, Retransmit State, Persist State & Delete State Environment: C, Vx-works. Education Qualification: Bachelor of Engineering in Electronics and Communications (B.E). JNNCE Shimoga, Kuvempu University.

Education & Training


Education Level:	Bachelor's Degree
School Name:	JNN
Major:	Electronics & Communication Engineering
City:	Shimoga
Country:	India
Graduation Date:	Not Specified
Description:	Engineering in Electronics & Communication, which 4 years Engineering course after 12+ yrs of education

Education Level:	Bachelor's Degree
School Name:	JNN
Major:	Electronics 7 Communication Engineering
City:	Not Specified
Country:	India
Graduation Date:	Not Specified
Description:	Electronics & Communicatin Engineering