Authentication and Key Agreement via Memorable PasswordAuthentication and Key Agreement Protocol • November 5th, 2007
This paper presents a new password authentication and key agreement protocol, AMP, based on the ampli ed password idea. The intrinsic problems with password authentica- tion are the password itself has low entropy and the password le is very hard to protect. We present the ampli ed password proof and the ampli ed password le for solving these problems. A party commits the high entropy information and ampli es her password with that information in the amplifed password proof. She never shows any informa- tion except that she knows it. Our ampli ed password proof idea is very similar to the zero-knowledge proof in that sense. We adds one more idea; the ampli ed password
GeneWave: Fast Authentication and Key Agreement on Commodity Mobile DevicesAuthentication and Key Agreement Protocol • September 2nd, 2017
Fig. 9: (a)Frequency domain energy distribution of original chirp and encoded chirp; (b)Message response and the moving window average; (c)Normalized message response with ‘0’ and ‘1’ marked on it; (d)Slope of normalized message response with ‘0’ and ‘1’ marked on it.
An Efficient Authentication and Key Agreement Protocol in RFID SystemAuthentication and Key Agreement Protocol • July 16th, 2008
Efficient Authentication and Key Agreement Protocol with Perfect Forward Secrecy for IoTAuthentication and Key Agreement Protocol • March 19th, 2020
With the proliferation of the Internet of Things (IoT) – internet-connected devices such as, tiny sensors, smart home appliances, smart cameras, smart wearable devices, cars, etc. – security and privacy of data generated by and collected from them are becoming more important than ever. One of the important aspects of security for IoT is authentication and key agreement among the IoT devices. However, since most IoT devices are resource constrained (e.g., they have very limited processing power, low memory capacity and power supply), they require that authentication and key agreement have low hardware footprints, low power consumption and good speed. Moreover, compromised IoT devices can pose serious security risks. Therefore, minimising the associated security risks of compromised IoT devices is also of importance.
An Improved Authentication and Key Agreement Protocol of 3GAuthentication and Key Agreement Protocol • May 24th, 2016
Abstract - With the development of mobile communication network, the requirements of mobile users for data services are higher and higher, which makes data service become more diversiform and various service providers appear on after the other. As a result, data services increasingly become the main service in mobile network. The Universal Mobile Telecommunications System (UMTS) is one of the new ‘third generation’ (3G) mobile cellular communication systems being developed within the framework defined by the International Telecommunications Union (ITU) known as IMT- 20001.UMTS aims to provide a broadband, packet-based service for transmitting video, text, digitized voice, and multimedia at data rates of up to 2 Mbps while remaining cost effective. The AKA procedure is the essence of authenticating a user to the network and vice versa. AKA procedures in UMTS have increased security compared with GSM. However, during its development some security problems emerged. Although the authentica
An Efficient Three-Party Authentication and Key Agreement Protocol for Privacy- Preserving of IoT Devices in Mobile Edge ComputingAuthentication and Key Agreement Protocol • December 27th, 2021
An Efficient Authentication and Key Agreement Protocol in RFID SystemAuthentication and Key Agreement Protocol • August 16th, 2008
Abstract. Due to the very limited computing resource, storing space and electric power supply of tag, it is a great challenge for us to design a practical RFID protocol which is security, efficient and can be used in the low-cost tag. In 2007, He et al. proposed an authentication and key agreement protocol which is used in the process of communication be- tween the low-cost tag and reader. They also proved the security of the protocol through the extended strand space model. This paper presents a more efficient authentication and key agreement protocol for RFID system than He et al.’s protocol. Compare with He et al.’s protocol, the proposed protocol reduces the computational costs as well as protocol communication rounds to agree a shared session key between the reader and the tag.
A New Provably Secure Authentication and Key Agreement Protocol for SIP Using ECC∗Authentication and Key Agreement Protocol • June 7th, 2007
