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IT526 Network & Computer Security
- Course Instructor: Anish Mathuria
- Student: Neha Garg
- Student: MALAVYA SUNDEEP BOYELLA
- Student: Nisha Sharma
- Student: Navneet Agarwal
- Student: Shubham Jain
- Student: Kartik 200601099
- Student: MUKESH MENARIA
- Student: Nishant Doshi
- Student: Deepak Hemnani
- Student: Naresh Ramoliya
- Student: Abhay Kumar Bhadani
- Student: Anil Mundra
- Student: Aman Kumar
Write a concise and interesting paragraph here that explains what this course is aboutIT534 Sensor Networks
- Course Instructor: Prabhat Ranjan
- Student: Phani Ch.
- Student: dheeraj kota
- Student: shaunak_bhatt 200701094
- Student: Dhairya Bapodra
- Student: Naresh Ramoliya
- Student: Gopal Agarwal
- Student: Navkar samdaria
- Student: chadrasekhar movva
- Student: Aman Kumar
- Student: hemant kavadia
- Student: shreyansh bhatt
- Student: Gaurav Somani
- Student: Janki Akhani
- Student: Pankesh Patel
- Student: Apurva Joshi
- Student: Abhay Kumar Bhadani
- Student: Guneshwar Anand
- Student: jayesh hathila
- Student: Vishwas Jain
- Student: Amit Nathani
- Student: Mahesh Sutariya
- Student: Nisha Sharma
- Student: Kapil Sharma
- Student: Venkata Sai Tejaswi Yerukalapudi
- Student: Ravi Bagree
- Student: ambuj_varshney 200701072
- Student: Tanish Agrawal
- Student: MUKESH MENARIA
- Student: Umesh Lad
- Student: Devang Parekh
- Student: Shubham Jain
Sensor networks are a network of nodes which have sensing, computing and communicating infrastructure along with a power source. This allows us to instrument, observe, and respond to phenomena in the natural environment, and in our physical and cyber infrastructure. The sensors themselves can range from small passive microsensors to larger scale, controllable weather-sensing platforms. Their computation and communication infrastructure will be radically different from that found in today's Internet-based systems, reflecting the device- and application-driven nature of these systems.
This course would focus on the system level design/optimization issues of a Sensor Network System. Course "Introduction to Sensor Networks" (IT 434) is offered from device design point of view. This complements the material of that course.
IT551 Service Oriented Computing
- Course Instructor: Sanjay Chaudhary
- Student: Anil Mundra
- Student: Aman Kumar
- Student: Piyush Thakur
- Student: Kapil Sharma
- Student: Vikas Tyagi
- Student: Ankush Goyal
- Student: Devesh Mishra
- Student: Abhay Kumar Bhadani
- Student: MUKESH MENARIA
- Student: Anand Kumar
- Student: Mahesh Sutariya
- Student: jayesh hathila
- Student: Naresh Ramoliya
- Student: Gaurav Somani
- Student: Pankesh Patel
Write a concise and interesting paragraph here that explains what this course is aboutCT457 Mobile Communications
- Course Instructor: Hrishikesh Venkataraman
- Student: Avinash Bikumalla
- Student: soumya pisupati
- Student: Shobh neet Bhargava
- Student: Ravi Teja Boppudi
- Student: Mahesh Sutariya
Instructor: Dr. Hrishikesh Venkataraman
Email: hrishikesh@daiict.ac.in
Office: Faculty Block 4, Room No: 4109
This course basically deals with the baseband and PHY layer concepts of wireless communications. It starts with 2nd generation GSM systems and IS-95 based CDMA systems. In the later stages would be OFDM systems, ad hoc and hybrid wireless networks, and finally, an introduction to different wireless standards like 3GPP, WiMAX, etc.
This course is designed for 1st year MTech and final year BTech students. 3rd year BTech (6th Semester) students with strong academic record can also take this course.
Books:
1. “Wireless Communications” by T. Rappaport.
and in addition,
a. “Ad hoc Networks – Architectures and Protocols” by B.S. Manoj and C.S.R. Murthy.
b. “MC-CDMA and OFDM Systems”Lajos. Hanzo and Thomas Keller, , Wiley IEEE Press, July 2006.
c. Wireless Network Evolution - Vijay Garg