elliptic curve DSA

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elliptic curve DSA

A digital signature algorithm (DSA) that uses elliptic curve cryptography. See DSA and elliptic curve cryptography.
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Note: ECDSA as used in blockchain is related to other elliptical curve cryptographical algorithms.
Data you can trust: blockchain technology
From Table 9 we can see that the signing time of HS-Sign is about servel times faster than that of ECDSA scheme, but a little slower than that of RSA scheme in the same security levels, this result shows that HS-Sign is competitive with the traditional asymmetric cryptosystems.
HS-Sign: A security enhanced UOV signature scheme based on hyper-sphere
The authors implement their solution of ECDSA on a small processor and gain 50 % [30] significant speed results compared to the other implementations by using FPGA acceleration.
Anomalous Behaviour of Cryptographic Elliptic Curves over Finite Field
Elliptic Curve DSA (ECDSA): This subdivision draws the processes for generating and verifying signatures using the ECDSA.
A new secure message transferring in taxi service for vehicular ad hoc network
CH election schemes) Initial energy 20 Joules/battery Energy consumption model Energy model of [1] Bandwidth 1 Mbps Packet header size 25 bytes Transmission range 25 meters Signature Algorithm ECDSA (Elliptic Curve Digital Signature Algorithm)-160 (cluster formation schemes) Data Encryption and AES (Advanced Encryption Decryption Algorithm Standard)-128 (cluster formation schemes) Hash Algorithm SHA-1 (cluster formation schemes) MAC protocol Non-persistent CSMA, TDMA Table 3.
Securing cluster formation and cluster head elections in wireless sensor networks
Chaum and the ECDSA signature algorithm, which has been accepted as standard elliptic curve algorithm in many international standardization organizations, such as IS014888-3, ANSI X9.
Artificial immune based cryptography optimization algorithm
We assume that the parameters of the ECDSA are the same as that of the SM2 elliptic curve public key algorithms, therefore the signature process of ECDSA can be described as follows.
A SM2 elliptic curve threshold signature scheme without a trusted center
The results have shown that ECDSA signatures are significantly cheaper than RSA signatures.
A survey on wireless sensor network security
The approved algorithms are AES (validation number 3971), RSA (2036), ECDSA (874), SHS (3275), DRBG (1165) and HMAC (2589).
Switzerland : STMicroelectronics Certifies Cryptographic Library for STM32 Microcontrollers According to US Security Standards
Ben-Othman and Benitez [20] implemented the ECDSA (elliptic curve digital signature algorithm) technique to provide security in HWMP, namely, path request and path reply message.
Security framework for hybrid wireless mesh protocol in wireless mesh networks
We also include ECDSA in the comparison as a criterion [24], which is the signature algorithm adopted in [11].
An efficient broadcast authentication scheme with batch verification for ADS-B messages
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