Handshake

About: Handshake is a research topic. Over the lifetime, 1105 publications have been published within this topic receiving 15166 citations. The topic is also known as: 🤝.

Security authentication method, equipment and system based on transport layer security protocol

Abstract: The embodiment of the invention discloses a security authentication method, related equipment and a communication system based on transport layer security (TLS). The security authentication method based on a TLS protocol includes the steps that a client sends client initialization handshake information to a server, the client initialization handshake information carries N algorithm set identifications, and an algorithm set corresponding to each one of M algorithm set identifications of the N algorithm set identifications comprises an SM2 algorithm; server initialization handshake information sent by the server is received, and the server initialization handshake information carries a first algorithm set identification which is one of the M algorithm set identifications; security authentication is carried out on the basis of a first algorithm set corresponding to the first algorithm set identification and the server. A mechanism for data transmission through the SM2 algorithm is provided, so that advantages of the SM2 algorithm in the security factor are brought into full play, and safety and performance of security authentication and data transmission are improved.

TLS protocol extension

Abstract: A handshake communication method between a client (1) and a server (4) comprising a sending step of a client hello message from the client (1) to the server (4), said client hello message including a name of the client so that the server (4) is aware of the identity of the said client (1) from the client hello message.

An Anthropology of the Handshake

Abstract: In addition to its mounting health and financial consequences, the current COVID-19 crisis may also fundamentally alter one of the most common human gestures: the handshakeUS president Donald Tr

Haptic Interface for Handshake Emulation

Abstract: This letter introduces a prototype of a haptic interface designed to produce a realistic human-robot handshake. Inspired by the human hand anatomy, a new robotic hand designed to achieve a realistic palm compliance and finger grasping is presented. As the system is backdrivable, a position-controlled feedback loop is implemented to render a human-like hand behavior. The overall arm motion is achieved through a collaborative serial manipulator. This manipulator uses an impedance control around a sinusoidal trajectory to simulate its intention or personality. Improved from the design proposed by the authors in previous work, the new prototype is easier to use, more efficient, more robust, and more comfortable with an active arm behavior. Experiments are then performed to determine the impact of different trajectory parameters, such as frequency, amplitude, and damping and stiffness coefficients, on the perceived realism of the handshake. It is shown that the amplitude has no impact in the range studied (10 to 30 mm), while a frequency of approximately 2 Hz is preferred. Ranges of values of the damping and stiffness coefficients yielding the best results are also determined. The experiments also allow the identification of potential improvements to be implemented on the prototype in the future.