zonta

                            ADDRESS:    3^rd floor, 844/A, road no: 44

                                                  Behind Peddamma Temple                                                                                                                                                

                                                           Jubilee Hills, Hyderabad,                                                       

                                                           Andhra Pradesh.                                                                                                                                                                              

                                                                                                                    Ph: 040-65152242/8885555113

Main Projects:                                                                                                                  

           Telecom-Core                                 Telecom Embedded                                      VLSI

Telecom-core Projects for ECE/EEE/ETM final year student

Project Duration: One month

Summary of Projects list:

1      & 2  2G / 3G Mobile Networks- RF Engineering- Planning & Optimization

This project is about knowing 2G / 3G Technologies, currently it is latest Technology in the Telecom industry. This is brings high bandwidth in wireless networks and thus leading to many mobile applications development.

The student will be able to understand the architecture of 2G/3G  Network with all the simulators we have in our lab, where he/she can virtually optimize  LIVE  network with respect to Receive level, signaling strength, Handovers, Call setup and Success rate, and practically survey the site and check the orientations of the antenna and can analyze the quality of signal.

Jobs in the following companies : All Major vendors like NSN, ERICSSON, ALUC, HAUWEII, ZTE and Operators like DOCOMO, TATA TELESERVICES, AIRCEL, AIRTEL, VODOFONE, RELIANCE, IDEA, VIDEOCON and RF vendors like GTL, PRUTVI, AIRCON, WTL and etc..

3.Mobile Number Portability:

MNP is a new concept in Wireless networks, especially in India. During the project you learn about the architecture of the MNP networks, what are the methods and approaches chosen to implement in the existing Telecom network.

As a part of the project you thoroughly understand the various network components involved in SRRI, like NPDB, LNDB, and call routing. Compare call flows of Ported in mobile number and ported out number.

Jobs in the following companies: All service providers like, VODOFONE, AIRCEL, AIRTEL, IDEA, HAUWEII, ZTE,

RELIANCE, DOCOMO, TATA TELESERVICES and etc….

4. (IN) Intelligent Network Projects:

 IN is very important concept and play significant role in implementing many new services like- Prepaid, Ring tone, Voice mail, Toll free calls, SMS voting, etc.

With help of IN network, you can implement many innovative services in the Modern telecom network. We offer following telecom projects in the IN domain

During the project student will learn the IN architecture, Basic call state model and work on IN simulators and CAMEL Protocol. Later student write Java code and test the above services.

Jobs in the following companies :SPICEGLOBAL, ONMOBILE, TELENITY, ALTRUISTINDIA, TELECORDIA, ONE97, NSN, ERICSSON, ALUC, ZTE, HUAWEI, AIRTEL, AIRCEL, DOCOMO, IDEA, RELIANCE, BSNL, MTNL, VIDEOCON.

5.Digit analysis – CS core

The beauty of the telecom lies within the switch as it is the centralized place where you’re call is connected to other end. As promised by telecom Technocrats “we provide you the incoming call service at whatever time and at whatever place you are “the switch should know about the called party. Student will analyze how called party details are obtained by the switch by performing some analysis on the called party number which is called Digit Analysis. He can clearly see the analysis using the Analyzers available in our Lab and about all the network elements and hardware elements involved in it and the traces applicable to it.

Jobs in the following companies: All Major vendors like NSN, ERICSSON, ALUC, HAUWEII, ZTE and Operators like DOCOMO, TATA TELESERVICES,

6. CS core-FLT

CS core ,DX-200 platform based  typical mobile SWITCHING CENTRE, Day to day O&M activities, trouble shooting method. How to diagnosis the faulty computer unit/Functional unit and how to FIX THE FAULTI is the project.

Jobs in the following  companies : All Major vendors like NSN, ERICSSON, ALUC, HAUWEII, ZTE and Operators like DOCOMO, TATA TELESERVICES, AIRCEL, AIRTEL, VODOFONE, RELIANCE, IDEA, VIDEOCON

7 & 8 SMSC Projects: CDMA / GSM

SMS (Short message service) is very popular in the world; there many SMS based applications – Banking applications, Train /Movie ticket booking, Exam results, etc. on

During the project you will learn about SMPP protocol and later setup TCP/IP link between SMSC and Client and using SMPP protocol, you write code/messages and test the various SMS messages.

As a part of the project you will understand how different applications can be developed and how the protocol messages can be decoded.

SMS messages in CDMA network different than GSM network. The logical channels which we are using in CDMA are different than GSM.

JOBS in the following companies: Logica, Airwide, Comverse, MOTOROLA,, Ericsson, NSN, CELLBRAM, ALUC, PYRO, TEKLEC, UNISYS.

9. Telecom signaling - SS7 Protocol :

SS7 is a popular protocol in Telecom networks and many services and Application parts are developed based on SS7 Protocol.

Protocols are nothing but a language between two user elements and we can relate it to normal human life also. We use different protocols when we are talking with mother and we use different protocols when we talk with father in the same way Telecom Network elements use different protocols to communicate between each other and one such example is SS7# Protocols.

ISUP (ISDN user part) is a part of SS7# protocol stack which is used to carry Voice signaling and student will be able to analyze the protocol with some UNIX commands and analyze the ISUP protocol by Protocol Analyzer in our lab.

Jobs in the following companies : : All service providers like, VODOFONE, AIRCEL, AIRTEL, IDEA, HAUWEII, ZTE, RELIANCE, DOCOMO, TATA TELESERVICES and  etc….

10.Transmission Network project

 Transmission network deals with how in today telecom networks, high speed bandwidths are possible. You will learn latest technology- SDH Technology, Network architecture, you can experiment in the lab, and how you can send 155 mbps data over OFC- Optical fiber cable.

You can create protection circuits, create E1 signal and send across Fiber network

Jobs in the following  companies : All Major vendors like NSN, ERICSSON, ALUC, HAUWEII, ZTE and Operators like DOCOMO, TATA TELESERVICES, AIRCEL, AIRTEL, VODOFONE, RELIANCE, IDEA, VIDEOCON, PRTVI, GTL, NEC, TEJA, MARCONI,

       11 .MPLS based Network

MPLS is a Technology used in Core Data networks, for high speed bandwidths in the Telecom/Internet.  During the project, student will learn about the IP network, MPLS Routers and MPLS Technology. Student can work on our Lab and configure MPLS routers and enable MPLS protocol and other services

Jobs in the following companies: All ISP providers, all Main vendors, All telecom service providers, All 3^rd party vendors like CISCO, MAIPU, JUNIPER

12.   IP – Layer 2  switch

IP Switch is a layer-2 device, where we can have Vlan configuration. We can have project how to define complete configuration of device as well as Backup process. This course will trigger the student to pursue their CCNA course towards network administration.

Likely to get jobs in: Cisco, Juniper, all other ISP providers.

13.   IP Layer-3 Router

IP router is a Layer-3 network device, where we can have connection between 2 networks. Student is going to learn sub-netting as well as different routing portals, like RIP, OSPF, BG,  this course trigger the student to pursue CCNA course .

Likely to get jobs in : Cisco, Juniper, all other ISP providers

14.VAS-CRBT

CRBT- caller Ring back tone. When A is calling B, Before B answers the call, A listens ring back tone (song) selected by B-party. When B party press Green button to listen voice, system will discontinue the CRBT.This based on Linux and oracle platform.

Jobs in the following companies: CONVIVA, COMVERSE, DOCOMO, AIRTEL, AIRCEL, DOCOMO, IDEA, VODOFONE, VIDEOCON, RELIANCE

15.VAS- MCA

MCA- Missed call Alert. Missed Call alert is the subscriber feature to be activated in HLR. When the subscriber is absent/out of coverage, when there is a call for B subscriber, when the B subscriber is in coverage area, b will ill get a SMS from SMS centre stating that B have “ some missed calls”. There is a SS7 message dialogue between SMS server and MCA server and HLR. This is based on Linux and oracle platform.

Jobs in the following companies: CONVIVA, COMVERSE, DOCOMO, AIRTEL, AIRCEL, DOCOMO, IDEA, VODOFONE, VIDEOCON, RELIANCE

16  .VAS- OTA

OTA- over the Air is the server which will push settings like GPRS for new customer who is switch on his mobile first time. SS7 based product. This is based on Linux and oracle.

Jobs in the following companies: CONVIVA, COMVERSE, DOCOMO, AIRTEL, AIRCEL, DOCOMO, IDEA, VODOFONE, VIDEOCON, RELIANCE

17  .BSC-BTS INTEGRATION

This project develops skill set how to integrate BTS with BSC in 2G technology. In BTS, we have hard ware is called TRX; we have to create O&M signal to collect the alarms as well as controlling TRX. We have to create LAPD links to handle TRX traffic channels. The commands we are using here DX-200 based Nokia operating system.

Jobs in the following  companies : All Major vendors like NSN, ERICSSON, ALUC, HAUWEII, ZTE and Operators like DOCOMO, TATA TELESERVICES, AIRCEL, AIRTEL, VODOFONE, RELIANCE, IDEA, VIDEOCON

18  .RNC- Node-B Integration

This project develops skill set how to integrate Node-B with RNC in 3G technology. Transmission network deals with how in today telecom networks, high speed bandwidths are possible. You will learn latest technology- SDH Technology, Network architecture, you can experiment in the lab, and how you can send 155 mbps data over OFC- Optical fiber cable.

Jobs in the following  companies : All Major vendors like NSN, ERICSSON, ALUC, HAUWEII, ZTE and Operators like DOCOMO, TATA TELESERVICES, AIRCEL, AIRTEL, VODOFONE, RELIANCE, IDEA, VIDEOCON

19 .J-Billing project

J-billing is the JAVA based Billing product. For every successful call there is a record in the core network and it is called CDR- call detailed record. There will be millions of successful calls in the core network every day, i.e millions of CDR’s in the system. How to process cdr’s w.r.to particular subscriber(customer) is the project.

JOBS in: kenon, UB, Telcordia and etc..

20  .Digital Image Processing:

This project deals with improving quality of given image. You will be given unclear image to work on.The student has to write algorithm and then SOFTWARE code in C or C++ program and apply on the image and improve the quality of image.           

          21. Client to Server communication using TCP sockets:

In the industry TCP is a widely used protocol. This project mainly targeted to the students to demonstrate the working details of TCP by using protocol analyser. As part of it mainly aims at building of client and Server applications using TCP as communication stream. Here we shall discuss about the inner details of TCP/IP protocols in terms of TCP history, explanation of headers, advantages and disadvantages etc.

        22. Client to Server communication using UDP datagram’s:

UDP is an alternative protocol to TCP and majorly accepted as transport protocol for faster transmission of data packets between applications. This project mainly targeted to the students to demonstrate the working details of UDP by using protocol analyser. As part of it mainly aims at building of client and Server application using UDP as communication stream. During the training, the trainer will discuss UDP datagram headers, advantages and disadvantages and some of the popular applications built with UDP.

        23. Histogram equalisation algorithm:

This project attempts to explain the basics steps on how to process of given image programmatically. As part of it trainer will explain about image data basics, image file I/O requirements, TIFF and BMP formats. At the end of training students would get trained on how to implement popular image process technique "Histogram Equalisation".

24.   Performance Management Projects:

This project deals with measurements of Telecom network performance- Base station subsystem, Radio network, Core network.  Network performance is very important aspects to measure the quality of Service. Any Telecom organization, at the end of the day wants to know about their performance in terms of call failure rate, which BTS experiencing peak load, what is the peak load time etc... As a part of the project, student will develop s/w macros and scripts in VB. Student will learn requisite knowledge on KPI parameters of network and analyze the performance.

Jobs in the following companies: All Major vendors like NSN, ERICSSON, ALUC, HAUWEII, ZTE and Operators like DOCOMO, TATA TELESERVICES, AIRCEL, AIRTEL, VODOFONE, RELIANCE, IDEA, VIDEOCON

Telecom-EMBEDED systems

25. GSM based building automation.

This project presents a new solution to the problem Of Home Automation like door locking and home appliances controlling just with a single SMS from our mobile. The implementation involves building of an embedded client, which functions as communication device, as well as a server whose purpose is to link up with the client to send out SMS.

Used Technology: GSM Modem, Microcontroller, Relays, Keil Compiler, Power Supply,

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, HCL TECHNOLOGIES

26. GSM based data logging for SCADA

SCADA(Supervisory Control And Data Acquisition) refers to a system that enables an electricity utility to remotely monitor co-ordinate, control and operate transmission and distribution component equipment and devices in real time mode from a remote location with acquisition of data for the analysis and planning from one control function. GSM data logging for SCADA offers a cost effective solution for remote monitoring of process signals for temperature, pressure, level, flow, vibration and many other critical parameters. Historical and real time data can be accessed worldwide using the GSM mobile phone network. Individual loggers may also be interrogated from any GSM mobile by sending an SMS message to the logger. The logger will then send its status including current readings and any alarms, to the mobile interrogated it.

Used Technology: 8051 Microcontroller, KEIL compiler, GSM Modem, LCD, ADC, EEPROM, RTC, Temperature Sensor

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA,, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY,, ROBOSOFT, INFOSYS, HCL TECHNOLOGIES

27. GPS-GSM based Tracking system

Pre-Guiding and Tracking System is a method used to track the location of the any vehicle around the globe. It is based on the GPS. Automatic Vehicle Location (AVL) is a technologically advanced method of remote vehicle tracking and monitoring using GPS. Each vehicle is equipped with a module that receives signals from a series of satellites, and calculates its current geographical location, speed, and heading. Global Positioning System (GPS) systems, combined with mobile system (GSM), give you the power to rapidly locate or track any vehicle.

Hardware Components: ARM controller, KEIL Compiler, GSM Modem, LCD, GPS, Power supply

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, HCL TECHNOLOGIES

28. GSM based Home security system

The main aim the project is to provide security. If any persons enter into the home than automatically PIR senses the person and sends information in the form of SMS through GSM. Here an infrared sensor unit also provided for deactivating an electrical appliance when left unattended by its user

Used Technology: GSM MODEM, Microcontroller, PIR Sensor, RELAYS, KEIL COMPILER, Power supply

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA,, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY,, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

                                                    

29. GPRS based Tracking system

GPRS is the world’s most commonly used wireless data service, and is available with nearly every GSM. A GPRS vehicle tracking device utilizes these networks to communicate information via the internet which is then made accessible via whatever platform your system uses.

Used Technology: GPRS MOBILE, Microcontroller, RELAYS, KEIL COMPILER, Power supply

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

30. GPRS based device control system

GPRS is the world’s most commonly used wireless data service, and is available with nearly every GSM. A GPRS vehicle tracking device utilizes these networks to communicate information via the internet which is then made accessible via whatever platform your system uses.

Used Technology: GPRS MOBILE, Microcontroller, Sensor, RELAYS, KEIL COMPILER, LOAD, Power supply

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

31. GPRS based home security system

GPRS is the world’s most commonly used wireless data service, and is available with nearly every GSM. A GPRS vehicle tracking device utilizes these networks to communicate information via the internet which is then made accessible via whatever platform your system uses.

Used Technology: GPRS MOBILE, Microcontroller, PIR Sensor, RELAYS, KEIL COMPILER, Power supply

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

32. GPRS based data logger system

GPRS is the world’s most commonly used wireless data service, and is available with nearly every GSM. A GPRS vehicle tracking device utilizes these networks to communicate information via the internet which is then made accessible via whatever platform your system uses

Used Technology: GPRS MOBILE, Microcontroller, Sensor, RELAYS, KEIL COMPILER, Power supply

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

33. GPS based road traffic monitoring system

   The aim of our project is to monitor vehicles in a city using GPS satellites. Each vehicle has a device composed of sensors and transceiver and there will be a central station which processes the information received from the sensors present inside the vehicle such as speed and acceleration sensors to know the state of the vehicle when a driver violates a traffic rule.

Used Technology: 8051 microcontroller, GPS, Sensor, LCD, KEIL Compiler, DC Motors, Power supply

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

34. GPS based data logger system

The aim of our project is to monitor any object and collect data about the locations the object has moved by using GPS satellites. The object is equipped with a device composed of sensors and transceiver, microcontroller and LCD. The data about the object location can be viewed on LCD display

Used Technology: 8051microcontroller, GPS, Sensor, LCD, KEIL Compiler, DC Motors, EEPROM, Power supply

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN

35. GPS based intelligent guided vehicle

The aim of our project is to monitor vehicles in a city using GPS satellites. Each vehicle has a device composed of sensors and transceiver and there will be a central station which processes the information received from the sensors present inside the vehicle such as speed and acceleration sensors to know the state of the vehicle when a driver violates a traffic rule.

Used Technology: 8051 microcontroller, GPS, Sensor, LCD, KEIL Compiler, DC Motors, EEPROM, Power supply

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

36. Home care

A wireless network having an architecture that resembles a peer-to-peer network has two types of nodes, a first sender type node and a second receiver type node. The network may be used in a medical instrumentation environment whereby the first type node may be wireless devices that could monitor physical parameters of a home-care patient the second type node is mobile wireless communicators that are adapted to receive the data from the wireless devices if they are within the transmission range of the wireless devices

Used technology: zigbee TX, zigbee RX, sensors, micro controller, Power supply.

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

37. Wireless Mesh network for building automation and Control

A wireless network having an architecture that resembles a peer-to-peer network has two types of nodes, a first sender type node and a second receiver type node. The network may be used in a medical instrumentation environment whereby the first type node may be wireless devices that could monitor physical parameters of a home-care patient the second type node is mobile wireless communicators that are adapted to receive the data from the wireless devices if they are within the transmission range of the wireless devices

Used technology: ZIGBEE TX, ZIGBEE RX, sensors, micro controller, Power supply.

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

38. Wireless control system smoke and fire detection

A wireless network having an architecture that resembles a peer-to-peer network has two types of nodes, a first sender type node and a second receiver type node. The network may be used in a medical instrumentation environment whereby the first type node may be wireless devices that could monitor physical parameters of a home-care patient The second type node is mobile wireless communicators that are adapted to receive the data from the wireless devices if they are within the transmission range of the wireless devices

Used technology: ZIGBEE TX, ZIGBEE RX, sensors, micro controller, Power supply.

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

39. Design of a Water environment monitoring system based on wireless sensor(IEEE 2009)

A wireless network having an architecture that resembles a peer-to-peer network has two types of nodes, a first sender type node and a second receiver type node. The network may be used in a medical instrumentation environment whereby the first type node may be wireless devices that could monitor physical parameters of a home-care patient The second type node is mobile wireless communicators that are adapted to receive the data from the wireless devices if they are within the transmission range of the wireless devices

Used technology: ZIGBEE TX, ZIGBEE RX, sensors, micro controller, and Power supply.

JOBS in the following companies: QUALCOMM, SOFTRONICS, TCS, SAMSUNG, MOTOROLA, GE ELECTRONICS, TEXAS INSTRUMENTS, INTEL, MPHASIS, SYMPHONY, ROBOSOFT, INFOSYS, VISTUIN, HCL TECHNOLOGIES

VLSI PROJECTS

40. VLSI-ARTH Design and Development of Arithmetic Processor using Verilog

Arithmetic operations play an important role in encoding and decoding certain error-correcting codes. A number of additions, multiplications, and multiplicative inversions are performed in decoding. These arithmetic operations are among the most complex and time-consuming operations that must be performed in the process of decoding. Design of an arithmetic processor is proposed which is faster than previously proposed architectures and performs multiplication, division, exponentiation and inverse multiplication

Jobs in the following companies: TATA ELXSI, SYNOPSYS, WIPRO, Lucent, IBM, HCL, SEMICONDUCTORS, CMOS, ALLIANCE, ANALOG DESIGN INDIA, SANYO LSI, TEXAS INDIA,XILINX,AMD,INFOSYS,MOSCHIP,NVLOGIC,LATTICESEMI,LSI LOGIC, TI, CADENCE, SANDISK,

41. VLSI-5STAGE Design and Development of 5-Stage Processor using Verilog

Procedure of design and implementation of a 16-bit 5 stage pipeline processor is introduced in this project. The proposed processor is based on Harvard Architecture which consists of separate Program Memory and Data Memory. The RISC pipeline is broken into five stages to improve the frequency with a set of flip flops between each stage. Instruction Fetch (F), Instruction Decode, Execute, Memory Access, and Register Write Back.

Jobs in the following companies: TATA ELXSI, SYNOPSYS, WIPRO, Lucent, IBM, HCL, SEMICONDUCTORS, CMOS, ALLIANCE, ANALOG DESIGN INDIA, SANYO LSI, TEXAS INDIA,XILINX,AMD,INFOSYS,MOSCHIP,NVLOGIC,LATTICESEMI,LSI LOGIC, TI, CADENCE, SANDISK,

42. VLSI-AES Design and Development of AES (Advanced Encryption Standard) using Verilog

In cryptography, the Advanced Encryption Standard (AES) is an encryption standard adopted by the U.S. government. The standard comprises three block ciphers, AES-128, AES-192 and AES-256, adopted from a larger collection originally published as Rijndael. Design of AES encryption/decryption module is proposed to get a good compromise between area and frequency. The method used to develop the module is best suited for lower area to make the design rolled and utilize the same module for encryption and decryption. So simultaneous encryption and decryption cannot be done, but this approach achieves almost 10 times lesser area than compared with different encryption/decryption modules while frequency remains same.

Jobs in the following companies: TATA ELXSI, SYNOPSYS, WIPRO, Lucent, IBM, HCL, SEMICONDUCTORS, CMOS, ALLIANCE, ANALOG DESIGN INDIA, SANYO LSI, TEXAS INDIA,XILINX,AMD,INFOSYS,MOSCHIP,NVLOGIC,LATTICESEMI,LSI LOGIC, TI, CADENCE, SANDISK,

43. VLSI-SCH Design and Development of Dynamic scheduling Processor using Verilog

This project describes scoreboard architecture implementation of a 5-stage pipelined processor, which dynamically schedules the instructions. In dynamic scheduling, the hardware rearranges the instruction execution to reduce stall cycles. The instructions are issued in order but executed out of order, and completed out of order. The fetched instruction is stored in pipe registers at each clock cycle. An instruction will not be issued if a WAW or Structural Hazard exists.

Jobs in the following companies: TATA ELXSI, SYNOPSYS, WIPRO, Lucent, IBM, HCL, SEMICONDUCTORS, CMOS, ALLIANCE, ANALOG DESIGN INDIA, SANYO LSI, TEXAS INDIA,XILINX,AMD,INFOSYS,MOSCHIP,NVLOGIC,LATTICESEMI,LSI LOGIC, TI, CADENCE, SANDISK,

44. VLSI-MULTI Design and Development of Low Power Multiplier using Verilog

In this project design and development of a multiplier is proposed using low power methodology. Multipliers are among the fundamental components of many digital systems and, hence, their power dissipation and speed are of prime concern. For portable applications where the power consumption is the most important parameter, one should reduce the power dissipation as much as possible. One of the best ways to reduce the dynamic power dissipation is to minimize the total switching activity, i.e., the total number of signal transitions of the system. The architecture considerably lowers the switching activity of conventional multipliers. The modifications to the multiplier which multiplies by include the removal of the shifting the register, direct feeding to the adder, bypassing the adder whenever possible, using a ring counter instead of a binary counter and removal of the partial product shift. The architecture makes use of a low-power ring counter. The proposed multiplier can be used for low-power applications where the speed is not a primary design parameter.

Jobs in the following companies: TATA ELXSI, SYNOPSYS, WIPRO, Lucent, IBM, HCL, SEMICONDUCTORS, CMOS, ALLIANCE, ANALOG DESIGN INDIA, SANYO LSI, TEXAS INDIA,XILINX,AMD,INFOSYS,MOSCHIP,NVLOGIC,LATTICESEMI,LSI LOGIC, TI, CADENCE, SANDISK,