FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W74941502> ?p ?o ?g. }

• W74941502 abstract "Elliptic Curve Cryptosystems (ECC) have been adopted as a standardized Public Key Cryptosystems (PKC) by IEEE, ANSI, NIST, SEC and WTLS. In comparison to traditional PKC like RSA and ElGamal, ECC offer equivalent security with smaller key sizes, in less computation time, with lower power consumption, as well as memory and bandwidth savings. Therefore, ECC have become a vital technology, more popular and considered to be particularly suitable for implementation on resource constrained devices such as the Wireless Sensor Networks (WSN). Major problem with the sensor nodes in WSN as soon as it comes to cryptographic operations is their extreme constrained resources in terms of power, space, and time delay, which limit the sensor capability to handle the additional computations required by cryptographic operations. Moreover, the current ECC implementations in WSN are particularly vulnerable to Side Channel Analysis (SCA) attacks; in particularly to the Power Analysis Attacks (PAA), due to the lack of secure physical shielding, their deployment in remote regions and it is left unattended. Thus designers of ECC cryptoprocessors on WSN strive to introduce algorithms and architectures that are not only PAA resistant, but also efficient with no any extra cost in terms of power, time delay, and area. The contributions of this thesis to the domain of PAA aware elliptic curve cryptoprocessor for resource constrained devices are numerous. Firstly, we propose two robust and high efficient PAA aware elliptic curve cryptoprocessors architectures based on innovative algorithms for ECC core operation and envisioned at securing the elliptic curve cryptoprocessors against Simple Power Analysis (SPA) attacks on resource constrained devices such as the WSN. Secondly, we propose two additional architectures that are envisioned at securing the elliptic curve cryptoprocessors against Differential Power Analysis (DPA) attacks. Thirdly, a total of eight architectures which includes, in addition to the two SPA aware with the other two DPA awareproposed architectures, two more architectures derived from our DPA aware proposed once, along with two other similar PAA aware architectures. The eight proposed architectures are synthesized using Field Programmable Gate Array (FPGA) technology. Fourthly, the eight proposed architectures are analyzed and evaluated by comparing their performance results. In addition, a more advanced comparison, which is done on the cost complexity level (Area, Delay, and Power), provides a framework for the architecture designers to select the appropriate design. Our results show a significant advantage of our proposed architectures for cost complexity in comparison to the other latest proposed in the research field." @default.
• W74941502 created "2016-06-24" @default.
• W74941502 creator A5037017359 @default.
• W74941502 date "2012-12-21" @default.
• W74941502 modified "2023-09-27" @default.
• W74941502 title "Elliptic curve cryptography algorithms resistant against power analysis attacks on resource constrained devices" @default.
• W74941502 cites W1212811420 @default.
• W74941502 cites W144501919 @default.
• W74941502 cites W1482218422 @default.
• W74941502 cites W1506776029 @default.
• W74941502 cites W1508193711 @default.
• W74941502 cites W1509224204 @default.
• W74941502 cites W1511530643 @default.
• W74941502 cites W1518306097 @default.
• W74941502 cites W1521664783 @default.
• W74941502 cites W1521787982 @default.
• W74941502 cites W1531102506 @default.
• W74941502 cites W1531508190 @default.
• W74941502 cites W1532398039 @default.
• W74941502 cites W1541795511 @default.
• W74941502 cites W1548023999 @default.
• W74941502 cites W1549342296 @default.
• W74941502 cites W1559484463 @default.
• W74941502 cites W1565369953 @default.
• W74941502 cites W1567239041 @default.
• W74941502 cites W1567573409 @default.
• W74941502 cites W1569612250 @default.
• W74941502 cites W1575893707 @default.
• W74941502 cites W1578321116 @default.
• W74941502 cites W1584579923 @default.
• W74941502 cites W1584722274 @default.
• W74941502 cites W1586049182 @default.
• W74941502 cites W1586130370 @default.
• W74941502 cites W1592482282 @default.
• W74941502 cites W1613874182 @default.
• W74941502 cites W1634503271 @default.
• W74941502 cites W1681507753 @default.
• W74941502 cites W1712428406 @default.
• W74941502 cites W1751196503 @default.
• W74941502 cites W1754939103 @default.
• W74941502 cites W1806422760 @default.
• W74941502 cites W1838435525 @default.
• W74941502 cites W1860992226 @default.
• W74941502 cites W1862554896 @default.
• W74941502 cites W1880212920 @default.
• W74941502 cites W1889596231 @default.
• W74941502 cites W1967638373 @default.
• W74941502 cites W1971605365 @default.
• W74941502 cites W1981663184 @default.
• W74941502 cites W1983138649 @default.
• W74941502 cites W1986047443 @default.
• W74941502 cites W199045578 @default.
• W74941502 cites W2003736153 @default.
• W74941502 cites W2007751412 @default.
• W74941502 cites W2019816098 @default.
• W74941502 cites W2033751220 @default.
• W74941502 cites W2036378739 @default.
• W74941502 cites W2042173287 @default.
• W74941502 cites W2053134894 @default.
• W74941502 cites W2054020579 @default.
• W74941502 cites W2063203163 @default.
• W74941502 cites W2069736719 @default.
• W74941502 cites W2071043548 @default.
• W74941502 cites W2086829759 @default.
• W74941502 cites W2087863015 @default.
• W74941502 cites W2099317248 @default.
• W74941502 cites W2099570668 @default.
• W74941502 cites W2104532741 @default.
• W74941502 cites W2104841597 @default.
• W74941502 cites W2108834246 @default.
• W74941502 cites W2109459189 @default.
• W74941502 cites W2109846861 @default.
• W74941502 cites W2115612375 @default.
• W74941502 cites W2116090163 @default.
• W74941502 cites W2116269350 @default.
• W74941502 cites W2117539011 @default.
• W74941502 cites W2121121824 @default.
• W74941502 cites W2128718974 @default.
• W74941502 cites W2130403046 @default.
• W74941502 cites W2134585683 @default.
• W74941502 cites W2136032111 @default.
• W74941502 cites W2137567577 @default.
• W74941502 cites W2138507498 @default.
• W74941502 cites W2140372921 @default.
• W74941502 cites W2142957041 @default.
• W74941502 cites W2143745589 @default.
• W74941502 cites W2143781090 @default.
• W74941502 cites W2147227696 @default.
• W74941502 cites W2151279347 @default.
• W74941502 cites W2153451995 @default.
• W74941502 cites W2154290215 @default.
• W74941502 cites W2154909745 @default.
• W74941502 cites W2156186849 @default.
• W74941502 cites W2159651806 @default.
• W74941502 cites W2159796097 @default.
• W74941502 cites W2161531038 @default.
• W74941502 cites W2164387888 @default.
• W74941502 cites W2164478452 @default.
• W74941502 cites W2167412440 @default.
• W74941502 cites W2168452204 @default.

• next