ECE GRADUATE INFORMATION SESSION. eeweb.poly.edu/~chao

Transcription

1 ECE GRADUATE INFORMATION SESSION 9/3/09 eeweb.poly.edu/~chao 1

2 Agenda 3:00-3:20, Prof Chao 3:20-3:33, Prof Erkip 3:33-3:46, Prof Panwar 3:46-4:59, Prof Selesnick 4:59-4:12, Prof Czarkowski 4:12-4:25, Prof Khorrami 4:25-4:38, Prof Das 4:38-5:00, Q&A 5:00-6:00, Refreshment

3 We offer Master Degrees in Electrical l Engineering i (MS EE) Computer Engineering (MS CompE) Telecommunication Networks (MS TN) Systems Engineering (MS SE) Electrophysics (MS EP) Master of Engineering in Interdisciplinary Studies (Wireless Innovation) (MEWI) Biomedical Engineering (MS BE) Joint with Chemical and Biological i l Science Dept. Some courses co-listed with ECE

4 Master Degree Requirements 30 credits are required 10 onsite courses (each 3 credits) or 10 online courses (each 3 credits) or combination Must take 3 core courses and 2 sequences (each 2 courses) Core/sequences vary among programs Up to 9 credits may be transferred Must maintain >=3.0 GPA (B average) among all graduate courses B average is also required among the core and sequence courses

5 ECE People 24 Professors plus 3 research University Professors 12 full, 7 associate, 3 assistant, 2 industry professors 2 National Academic Engineers 8 IEEE Fellows Undergraduate Study Prof. Ivan Selesnick and Ms. Ellen Daniels Graduate Study Prof. Yao Wang and Prof. XK Chen About 450 UG students and 700 Graduate students, ~30% of the entire student population

6 Research in ECE Dept Annual research fund: $4 M 2 Research Centers: CATT (Director Prof. Shiv Panwar) Center for Advanced Technology in Telecommunication For next 10 years: $1M fund from NY State and $1M match from industry WICAT (Director Prof. Shiv Panwar) NSF Industry University Cooperative Research Center for Wireless Internet (IUCRC) PhD students: 65 Research report available at eeweb.poly.edu

7 High Performance Computing Applications HPC systems facilitate simulations of complex science and engineering problems IBM Roadrunner ( TFlop/s ) Application examples: Weather forecasting Real-time simulation Financial tasks Bioinformatics Cryptanalysis DNA Research source of graphic:

8 HPC System: IBM Cyclops-64 source of graphic: es jamstec go jp/esc/eng/gc/index html source of graphic: Y. P. Zhang et al., IPDPS 2006

9 Network on Chip: IBM Cyclops-64 Source of graphic: Y. P. Zhang et al., IPDPS 2006

10 TrueWay Testbed The TrueWay switch was prototyped t to evaluate various packet scheduling schemes, as well as link-to-link and portto-port flow control schemes A small-scale switch fabric prototype has been built on a 16-card chassis with high- speed SerDes interconnections at the backplane (with 640 Gbps capacity)

11 TrueWay Card Testbed card with 2 FPGAs (under heat sink) and 2 Velio Serdes+

12 HPC Project at ECE Funded by Army Research for $1M for 2 years Team: 5 Professors, 1 post-doc, 4 PhD, 10 MS students Weekly group meeting to review the progress and presentation Looking for students with experience of: VHDL, FPGA, or Cadence CAD tools (EL5493, EL5473/6443) C/C++, or Linux operating system Switch/router design (EL7373, EL9313) Switch/router design (EL7373, EL9313) Parallel computer architecture (CS 6133/6143) Design and analysis of algorithms (CS 6033/6043)

13 Data Center A data center is a facility that houses computer systems and associated components (e.g., switches, routers, storage, power, cooling) provides various services, e.g., storage, processing, exchange, software Disk array Switches & routers Storage network Commodity servers source of graphic: Y. P. Zhang et al., IPDPS 2006

14 Data Center Network (DCN) Project at ECE Team: 2 Professors, 1 PhD, 2 MS students Current Topics: Traffic engineering in DCNs Network resilience Weekly group meeting to review the progress and presentation Looking for students with experience of: C/C++, or Linux operating system C/C, or Linux operating system Communication Networks (EL5363, EL6383) Design and analysis of algorithms (CS 6033/6043)

15 Network Security

16 Network Intrusion Detection and Prevention System NIDPS market is $1billion in 2007 Many security features are included in major vender s products The network speed increasing very rapidly. 40Gbps today, and soon will be 100Gbps in core Internet population increasing exponentially

17 Deep Packet Inspection TriBiCa Tri Trie Bitmap Content Analyzer String Detection System Filed 4 Patents Prototyped t on FPGA LaFA Lookahead Finite Automata Scalable Hardware Regular Expression Detection System 2 Patents to be filed Prototyped on FPGA

18 NIDPS Project Team: 2 Professors, 1 PhD, 2 MS students (to be expanded) Weekly group meeting to review the progress and presentation Looking for students with experience of: VHDL, FPGA implementing and testing (EL5493) Design and analysis of algorithms (CS 6033/6043) Network Security y( (EL6393, CS 6823) Publications 4 Journal and 14 Conference Papers Patents 4 filed and 2 to be filed Previous Students Research Professor (1PhD), Juniper (1PhD), Cisco (2MS), Fortinet (1MS)

19 LightWall Network control Virtually every organization have network: University, Corporate, Government, ISP Through the network we: Search Information Internet Banking Online shopping Video streaming Employee Management Need network access control Enforce network access policies Prevent attacks and exploits in the network

20 LightWall Architecture Network testbed Cisco and Linux routers 1Gbps and 10Gbps Linux software routers Kernel modules Multi-threaded applications 1 Professor, 1 PhD student and2ga 1 patent application and 1 paper submission Knowledge in network architecture and protocols: routing, TCP/IP, firewall Strong programming skills: Linux app/netfilter/kernel, C/C++ Experience in Matlab and/or NS-3 a plus

21 Medical Implant Epilepsy Hard to predict the time of a seizure Seizures can be life- threatiningti i Implanted device Sensing EEG signals Seizure prediction Automatic drug delivery

22 Medical Implant Challenges Limited space Circuit design with minimum number of smallest components Limited power Low-power techniques for circuit design Novel power supply and battery charging Biological limitations Operating frequencies friendlier to human body Excessive heat may harm the patient Required skills Analog circuit design Solid background in discrete and/or integrated circuit design Multisim, PSpice, Orcad Cadence Analog Environment, HSpice, Spectre, Virtuoso PCB design, miniaturization and device mounting Protel Surface mounting Analog circuit testing Hands-on experience with lab equipment