Sunday, 8 January 2012

semianr topics-5

  • CorDECT

  • Storage Area Network

  • High Performance DSP Architectures

  • Smart Dust

  • MANET

  • Biometrics Based Authentication

  • Software-Defined Radio

  • Digital Video Editing

  • D-Blast

  • Aeronautical Communication

  • Gigabit Ethernet

  • Wisenet

  • Digital Light Processing

  • Free Space Laser Communications

  • Millipede

  • AC Performance Of Nanoelectronics

  • 4G Wireless Systems

  • Blu Ray Disc

  • Smart Fabrics

  • Daknet

  • Conditional Access System

  • SyncML

  • High Performance DSP Architectures

  • Short Message Service (SMS)

  • MANET

  • Worldwide Inter operatibility for Microwave Access

  • 64-Bit Computing

  • Bio-Molecular Computing

  • SPINS -Security Protocol For Sensor Network(33)

  • Generic visual perception processor

  • Nanotechnology Assembler Design And Nano-Communication

  • Tele-Immersion(34)

  • Liquid Crystal on Silicon Display (LCOS)

  • Jini – advanced set of network protocols

  • Computer memory based on the protein bacterio-rhodopsin

  • CSS and DeCSS -(1)

  • Multimedia Broadcast Multicast Service (MBMS)

  • Extreme Programming (XP)

  • Holographic Versatile Disc

  • Zero Knowledge proofs -(6)

  • Bimolecular Computers

  • Context Disambiguation On Web Search Results

  • Touch Screen Technology(35)

  • Surface Computer

  • Face Recognition Technology

  • DNA Computing in security

  • 4g Wireless Systems

  • Spyware and Trojan horses-(2)

  • Zigbee

  • Java Management Extensions (JMX) – component framework for building intelligent network

  • Quantum cryptography -(5)

  • Home Networking

  • Steganography and digital watermarking

  • TouchFLO Technology

  • NESSUS * -(4)

  • 3D Volume Storage

  • Optical Networking and Dense Wavelength Division Multiplexing

  • Software-Defined Radio

  • Space-time adaptive processing

seminar topics -4

  • Blue Eyes

  • Voice Over Internet Protocol

  • The Tiger SHARC processor

  • Autonomic Computing

  • Wearable Computers

  • Voice Portals

  • Tamper Resistance

  • CGI Programming

  • DRM Software Radio

  • Firewalls

  • Handheld Computers

  • Modems and ISDN

  • Optical Free Space Communication

  • Planar Separators

  • Wireless Internet

  • DVD Technology

  • MPEG-4 Facial Animation

  • Internet Telephony Policy in INDIA

  • PON Topologies

  • Smart Cards

  • Surround Systems

  • TCPA / Palladium

  • Trustworthy Computing

  • Sense-Response Applications

  • Optical Computer

  • Graph Separators

  • Extended Mark Up Language

  • Cellular Communications

  • Virtual Instrumentation

  • Voice Quality

  • Cable Modems

  • Dynamic Memory Allocation

  • Optical Mouse

  • Generic Framing Procedure

  • Dynamic Cache Management Technique

  • Ethernet Passive Optical Network

  • Synchronous Optical Networking

  • Development of the Intenet

  • Design and Analysis of Algoritms

  • Infinite Dimensional Vector Space

  • Instant Messaging

  • Optical Fibre Cable

  • GSM

  • Ambiophonics

  • Palladium

  • Computer Viruses

  • Third Generation

  • Object Oriented Concepts

  • Night Vision Technology

  • TCP/ IP

  • Dynamic Synchronous Transfer Mode

  • Integrated Voice and Data

  • Java Servlets

  • Smart Quill

  • Spam Assassin

  • Stereoscopic Imaging

  • Zigbee

  • Ultra-Wideband

  • Home Networking

  • Internet Protocol Television

  • Bacterio-Rhodopsin Memory

  • Blade Servers

  • Digital Cinema

  • Holographic Versatile Disc

  • Itanium Processor

  • Local Multipoint Distribution Service

  • Network Attached Storage

  • Night Vision Technology

  • Opera (web browser)

  • Parasitic Computing

  • Performance Testing

  • Java Ring

  • RD RAM

  • GSM Security And Encryption

  • Fast Convergence Algorithms for Active Noise Controlin Vehicles

  • 3G vs WiFi

  • Data Security in Local Network using Distributed Firewalls

  • Computerized Paper Evaluation using Neural Network

  • Bluetooth Based Smart Sensor Networks

  • Laser Communications

  • Multiple Domain Orientation

  • Industrial Applications using Neural Networks

  • Implementation Of Zoom FFT

  • Image Processing

  • Virtual keyboard

  • Transient Stability Assessment using Neural Networks

  • Tracking and Positioning of Mobiles in Telecommunication

  • Timing Attacks on Implementations

  • Prototype System Design for Telemedicine

  • Optical Networking and Dense Wavelength Division Multiplexing

  • Optical Burst Switching

  • Image Processing & Compression

  • Cyberterrorism

  • Ipv6 – The Next Generation Protocol

  • Driving Optical Network Evolution

  • Cellular Neural Network

  • Radio Network Controller

  • Digital Audio Broadcasting

  • Significance of real-time transport Protocol in VOIP

  • Space Mouse

  • Resilient Packet Ring Technology

  • Wireless Networked Digital Devices

  • Design of 2-D Filters using a Parallel Processor Architecture

  • Hyper Transport Technology

seminar topics-3

  • IP Telephony

  • RPR

  • Broad Band Over Power Line

  • Rapid Prototyping

  • Dashboard

  • Code Division Duplexing

  • Delay Tolerant Networking

  • EDGE

  • Holographic Data Storage

  • Integer Fast Fourier Transform

  • NRAM

  • Orthogonal Frequency Division Multiplplexing

  • Ovonic Unified Memory

  • Pervasive Computing

  • RAID

  • Real Time Systems with Linux/RTAI

  • Real-Time Obstacle Avoidance

  • Symbian OS

  • Teleportation

  • Turbo Codes

  • Utility Fog

  • Cluster Computing

  • Wireless Application Protocol

  • Light Tree

  • Smart Pixel Arrays

  • Project Oxygen

  • Wearable Bio-Sensors

  • Mobile Virtual Reality Service

  • QoS in Cellular Networks Based on MPT

  • Wireless Fidelity

  • Voice morphing

  • Radio Frequency Light Sources

  • Speed Detection of moving vehicle using speed cameras

  • Optical Packet Switching Network

  • Storage Area Networks

  • Smart Note Taker

  • Crusoe Processor

  • Optical Satellite Communication

  • Optical packet switch architectures

  • Optical Switching

  • FRAM

  • Virtual Private Network

  • Clockless Chip

  • Layer 3 Switching

  • IMode

  • Blue Gene

  • Access gateways

  • Computer Forensics

  • Direct Memory Access

  • Crusoe

  • Digital Subscriber Line

  • Computer Memory Based on the Protein Bacterio-rhodopsin

  • DNA Based Computing

  • Free Space Optics

  • Freenet

  • Fiber Distributed Data Interface

  • Dynamic Virtual Private Network

  • Introduction to the Internet Protocols

  • Graphic processing Unit

  • High Altitude Aeronautical Platforms

  • Aspect-oriented programming (Aop)

  • Intel MMX Technology

  • Hyper-Threading technology

  • IMAX

  • Brain-Computer Interface

  • InfiniBand

  • Multicast

  • Inverse Multiplexing

  • Blue Tooth

  • Holographic Memory

  • Jini Technology

  • Bio-metrics

  • Magnetic Random Access Memory

  • Intrution Detection System

  • Multiterabit Networks

  • Neural Networks And Their Applications

  • Quantum Computers

  • Small Computer System Interface

  • OpenRAN

  • Quadrics Interconnection Network

  • Plan 9 Operating System

  • Structured Cabling

  • Quantum Cryptography

  • Speech Application Language Tags

  • Real- Time Systems and Real- Time Operating Systems

  • Parallel Computing In India

  • Steganography

  • Virtual LAN Technology

  • Artificial Neural Network (ANN)

  • Tele-immersion

  • VHDL

seminar topics-2

  • Swarm Intelligence

  • The Callpaper Concept

  • IP spoofing

  • Internet Access via Cable TV Network

  • Face Recognition Technology

  • FireWire

  • Param 10000

  • The Deep Web

  • Virtual Campus

  • VoiceXML

  • Wireless USB

  • Refactoring

  • On-line Analytical Processing (OLAP)

  • Pivot Vector Space Approach in Audio-Video Mixing

  • MPEG-7

  • Adding Intelligence to Internet

  • Silverlight

  • DNA chips

  • Remote Administration Trojan’s

  • Thermography

  • AJAX

  • Alternative Models Of Computation

  • Amorphous Computing and Swarm Intelligence

  • Windows DNA

  • Laptop Computer

  • Intelligent Software Agents

  • Self-Managing Computing

  • Hurd

  • Intel Centrino Mobile Technology

  • MPEG Video Compression

  • Survivable Networks Systems

  • Self Organizing Maps

  • Mobile IP

  • Iris Scanning

  • LWIP

  • Unified Modeling Language (UML)

  • Nanorobotics

  • Dual Core Processor

  • Cisco IOS Firewall

  • Socket Programming

  • SAM

  • 10 Gigabit Ethernet

  • Tripwire

  • Ubiquitous Networking

  • Unicode And Multilingual Computing

  • XML Encryption

  • Y2K38

  • VoCable

  • Touch Screens

  • Tempest and Echelon

  • Synthetic Aperture Radar System

  • Unlicensed Mobile Access

  • IDS

  • IDC

  • SATRACK

  • Asynchronous Chips

  • Low Power UART Design for Serial Data Communication

  • SPECT

  • Satellite Radio

  • Light emitting polymers

  • Sensors on 3D Digitization

  • Robotic Surgery

  • Buffer overflow attack : A potential problem and its Implications

  • Smart card

  • Quantum Information Technology

  • Money Pad, The Future Wallet

  • HVAC

  • Terrestrial Trunked Radio

  • Swarm intelligence & traffic Safety

  • Facility Layout Design using Genetic Algorithm

  • Human Computer Interface

  • HPJava

  • Gaming Consoles

  • Fluorescent Multi-layer Disc

  • Futex

  • Extreme Programming (XP)

  • Earth Simulator

  • Compact peripheral component interconnect

  • corDECT Wireless in Local Loop System

  • Motes

  • Modular Computing

  • MiniDisc system

  • Migration From GSM Network To GPRS

  • M-Commerce

  • C#

seminar topics-1

Computer Science Engineering (CSE) Seminar / PPT

CSE Seminar topics

       Brain Gate

  • Palm Vein Technology

  • Packet Sniffers

  • Brain Chips

  • Phishing

  • Pill Camera

  • Blue Brain

  • Mobile Phone Cloning

  • Green Cloud

  • Digital Jewelry

  • Biometric Voting System

  • 3D Television

  • 3D password

  • Finger Tracking In Real Time Human Computer Interaction

  • Eye Movement-Based Human Computer Interaction Techniques

  • Ethical Hacking

  • E-Cash Payment System

  • Cyborgs

  • Brain Fingerprinting

  • Biometrics in SECURE e-transaction

  • X- Internet

  • Surface Computer

  • Secure ATM by Image Processing

  • Mobile Ad-Hoc Networks Extensions to Zone Routing Protocol

  • Wibree

  • Telepresence

  • System in Package

  • Smart Memories

  • Slammer Worm

  • Sensitive Skin

  • Pixie Dust

  • Linux Kernel 2.6

  • Lamp Technology

  • Humanoid Robot

  • HTAM

  • Haptic Technology

  • Elastic Quotas

  • Diamond chip

  • Digital Rights Management

  • A Plan For No Spam

  • BEOWULF Cluster

  • Digital Scent Technology

  • Distributed Interactive Virtual Environment

  • Dynamic TCP Connection Elapsing

  • CAPTCHA

  • Virtual Retinal Display

  • Wireless LAN Security

  • Chameleon Chip

  • Haptics

  • Intelligent RAM

  • iSCSI

  • Linux Kernel 2.6

  • 3D Searching

  • Biological Computers

  • Rain Technology

  • Real Time Application Interface

  • GPS

  • HALO

  • BitTorrent

  • Compositional Adaptation

  • Rover Technology

  • Self Defending Networks

  • Semantic Web

  • Computer Intelligence Application

  • Cooperative Linux

  • Longhorn

  • Mesh Radio

  • Parallel Virtual Machine

  • Linux Virtual Server

  • Location Independent Naming

  • PHANToM

  • Multiprotocol Label Switching

  • Next Generation Secure Computing Base

  • NGSCB

  • Reconfigurable computing

  • Sky X Technology

  • Smart Client Application Development using .NET

  • Spawning Networks

  • SPCS

  • Speed protocol processors

  • Strata flash Memory

The Academic Calendar for M. Tech and M. Pharmacy courses 2011-12

The Academic Calendar for M. Tech and M. Pharmacy courses – I, II, III & IV semesters for the regular batch commencing in the academic year 2011-12 is given below

I Semester
Report and Orientation programme 05.12.2011to 09.12.2011 (5days)
Ist Spell of Instructions 12.12.2011 to 04.02.2012 (8w)
I Mid of Examination 06.02.2012 to 11.02.2012 (1w)
II nd Spell of Instructions 13.02.2012 to 07.04.2012 (8w)
II Mid of Examination 09.04.2012 to 14.04.2012 (1w)
Preparation and practical Examinations 16.04.2012 to 28.04.2012 (2w)
End semester examinations 30.04.2012 to 12.05.2012 (2w)
Summer vacation 13.05.2012 TO 03.06.2012
Commencement of class work for II Semester : 04.06.2012

II Semester
Ist Spell of Instructions 04.06.2012 to 28.07.2012 (8w)
I Mid of Examination 30.07.2012 to 04.08.2012 (1w)
IInd Spell of Instructions 06.08.2012 to 29.09.2012 (8w)
II Mid of Examination 01.10.2012 to 06.10.2012 (1w)
Preparation and practical Examinations 08.10.2012 to 20.10.2012 (2w)
End semester examinations 22.10.2012 to 03.11.2012 (2w)

III Semester
III Semester Spell of Instructions 05.11.2012 to 06.04.2013 (22w)
Seminar Dates 05.02.2013 to 06.02.2013 (2days)

IV Semester
IV Semester Spell of Instructions 08.04.2013 to 07.09.2013 (22w)
Thesis Submission duration 09.09.2013 to 22.02.2014 (24w)

Guidelines about JNTU Final Project

Guidelines about JNTU Final Project

The objective of this document is to present the general guidelines for the writing up of a proper Final-project report.

All JNTU B-Tech IV-II students have to do a project in the given time period by the university.

By this time u would have got some idea about the project work as u have done with your mini project in III-II Semester.As in most of the colleges we were given choice to a study project or kit based and this could be done in an Institute,Industry or own.Most of chose to do a study project and were given permission for this and had to work on project during your IV-II Semester & we had to submit this report by the end of IV-II Class work.This project will be evaluated at the end of semester (The mini project and its report shall be evaluated with this final project work).

Basically in this Final project student can take up any Industry oriented application in his/her field of interest in their respective field/branch.First one has to submit an Abstract of the project to their concerned department head (HOD) and once he approves it ,he will assign a project guide to the individual or batch after this project work is to be started. Generally batch for a final project may have 1 to 3 members in it.

Important Points:
1) Final Project will be your key to success because when ever u attend interviews in any company the first question would be "Tell me about your project ?". so do the project with a proper attention on it.

2) Better to do the projects in the fields of latest upcoming technologies so that it would fetch u a plus point during the evaluation of project & also during the interviews.

3) If your role in the project is limited to few modules,Try to have a complete idea on the project (i.e., know about all the modules & steps involved in the project) because during the project evaluation the project supervisor (i.e., evaluator) may put forward few questions regarding the other modules also.

4) Out of a total 200 marks for the project work, 40 marks shall be for Internal Evaluation (The internal Evaluation shall be on the basis of two seminars given by each student on the topic of his project) and 160 marks for the End Semester Examination.The End Semester Examination (viva-voce) shall be conducted by the same committee appointed for industry oriented mini project. In addition the project supervisor shall also be included in the committee.

5) The topics for industry oriented mini project, seminar and project work shall be different from each other.

6) The mini project and its report shall be evaluated with the project work in IV year II semester.