Search for tag: "adversary"

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How do we know what we know? -- as a mathematical… duration 2 minutes 51 seconds How do we know what we know? -- as a mathematical… How do we know what we know? -- as a mathematical question. Designing knowledge assumptions and asymmetric encryption schemes in lattice-based cryptography., Yuxi Zheng, UG '23 (2279885)	How do we know what we know? -- as a mathematical question. Designing knowledge assumptions and asymmetric encryption schemes in lattice-based cryptography., Yuxi Zheng, UG '23 (2279885) Assumptions of various hard problems are essential in modern cryptography. There is a group of assumptions known as the “knowledge assumptions.” They assume that in order for the… cryptography cryptographic assumptions knowledge assumptions lattice-based cryptography security under chosen-ciphertext attack elgamal damgaard's elgamal dual lwe lattice trapdoor. assumption knowledge lattice assumptions encryption power adversary scheme exponent problem problems secure computers lwe guards subconsciousness comma pair x. vector From Research Princeton Research Day 4 likes 80 plays Date May 4th, 2023 Speaker Yuxi Zheng, UG '23 (2279885) Department Mathematics
DeCenter Seminar Lecture: "Correctness… duration 52 minutes 13 seconds DeCenter Seminar Lecture: "Correctness… DeCenter Seminar Lecture: "Correctness Conditions for Cross-Chain Deals"	DeCenter Seminar Lecture: "Correctness Conditions for Cross-Chain Deals" maurice herlihy block chain decenter seminar things deal blockchain kind money parties thing assets outcome adversary transaction tickets blockchains escrow kinds problem protocol lot idea asset From Broadcast Broadcast Center Staff 0 likes 8 plays Date November 3rd, 2022 Speaker Maurice Herlihy Location Comp Sci 105
OURSIP Intern - Christopher Roberts duration 2 minutes 58 seconds OURSIP Intern - Christopher Roberts OURSIP Intern - Christopher Roberts	OURSIP Intern - Christopher Roberts Vulnerabilities with mmWave Smart Surfaces Mentors: Dr. Yasaman Ghasempour, ECE Haoze Chen, ECE band surface technique surfaces signal eavesdropper advantage adversary reflection signals wireless summer strength pattern users position control path reflectors opportunity From our Undergraduate Research 2 likes 26 plays Date July 25th, 2022 Speaker Christopher Roberts Department Office of Undergraduate Research
SmartCookie: Distributed In-Network SYN Flooding… duration 2 minutes 59 seconds SmartCookie: Distributed In-Network SYN Flooding… SmartCookie: Distributed In-Network SYN Flooding Mitigation, Sophia Yoo, G2 (3938706)	SmartCookie: Distributed In-Network SYN Flooding Mitigation, Sophia Yoo, G2 (3938706) SYN-flooding attacks, a pervasive class of DDoS attacks, target the TCP three-way handshake to exhaust server resources, leading to poor performance for legitimate clients. In this work, we present… server defense memory switch network adversary attack connection syn cookie packets attacks side model traffic packet responsibilities scale switches upstream From Research Princeton Research Day 0 likes 120 plays Date April 27th, 2022 Speaker Sophia Yoo, G2 Department Electrical and Computer Engineering