Manuscript Id	::	12099
Manuscript Type	::	Research
Manuscript Title	::	A Comparative Study on Production of Bio Gas Using Green And Dried Vegetable Wastes By Anaerobic Batch Digestion Process
Country	::	Kolkata, India
Authors	::	DR. Chanchal Mondal||Prof. G.K.Biswas
Pages No.	::	01-06
Paper Index	::	:07.4721/016001006
Full PDF	::

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Manuscript Id	::	13026
Manuscript Type	::	Research
Manuscript Title	::	STUDY & ANALYSIS OF ENCODER FOR VLSI INTERCONNECTS
Country	::	INDIA
Authors	::	Anubha Chauhan
Pages No.	::	07-13
Paper Index	::	:07.4721/016007013
Full PDF	::

[1] Duan, C., Calle, V.H.C., Khatri, S.P.: Efficient On-Chip Crosstalk Avoidance CODEC Design. IEEE Transactions on Very Large Scale Integration (VLSI) Systems 17(4), 551–560 (2009) ISSN: 1063-8210
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Manuscript Id	::	13034
Manuscript Type	::	Research
Manuscript Title	::	Sigfree-A Signature-Free Buffer Overflow Attack Blocker
Country	::	Hyderabad, India
Authors	::	Chinta.Srihari||Lalu Banothu
Pages No.	::	14-31
Paper Index	::	:07.4721/016014031
Full PDF	::

This project propose SigFree, a real time, signature-free, out-of the-box, application layer blocker for preventing buffer overflow attacks, one of the most serious cyber security threats. Sigfree can filter out code-injection buffer overflow attack messages targeting at various Internet services such as web service. Motivated by the observation that buffer overflow attacks typically contain executables whereas legitimate client requests never contain executables in most Internet services, SigFree blocks attacks by detecting the presence of code. SigFree first blindly dissembles and extracts instruction sequences from a request. It then applies a novel technique called code abstraction, which uses data flow anomaly to prune useless instructions in an instruction sequence. Finally it compares the number of useful instructions to a threshold to determine if this instruction sequence contains code. SigFree is signature free, thus it can block new and unknown buffer overflow attacks; SigFree is also immunized from most attack-side code obfuscation methods. Since SigFree is transparent to the servers being protected, it is good for economical Internet wide deployment with very low deployment and maintenance cost. We implemented and tested SigFree; our experimental study showed that SigFree could block all types of code injection attack packets (above 250) tested in our experiments. Moreover, SigFree causes negligible throughput degradation to normal client requests.

Key words: Intrusion detection, buffer overflow attacks, code-injection attacks.

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