Topic
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: 🤝.
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15 Dec 2019
TL;DR: Handshake is a very primeval human gesture which follows from the erect posture and the freeing of the upper limbs as mentioned in this paper, and its evolutionary benefits for mankind are briefly discussed in this paper.
Abstract: Handshake is a very primeval human gesture which follows from the erect posture and the freeing of the upper limbs. Its evolutionary benefits for mankind are briefly discussed. It is emphasized that the free hands, the right hand in particular, have been of fundamental importance to human culture thus underlying interpersonal linkages and communication. Handshake is loaded semantically positively and in this capacity it serves in a number of important integrative functions in human social life, in particular, in peacebuilding.
2 citations
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TL;DR: Experiments indicate that the design scheme based on C8051F330 and PTR8000 can guarantee the reliable and real time wireless communication among robots.
Abstract: A design scheme based on C8051F330 and PTR8000 is put forward for the wireless communication system for multi-robots.According to this scheme,full duplex wireless communication is established directly between one robot and another without the control by a computer.In an environment with obstacles or without,communication experiments are made on condition that there is a handshake protocol or not.Experiments indicate that,within the valid scope,this scheme can guarantee the reliable and real time wireless communication among robots.
2 citations
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TL;DR: A new secret handshake scheme is designed for supporting delegations based on a variant of message recoverable signature without public verification, which is proven secure under the random oracle model.
2 citations
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29 Jun 2016
TL;DR: In this paper, a data synchronization configuration method, apparatus and system is described, which belongs to the technical field of network device management, and solves the problems of complex configuration process and low method versatility and degree of automation, achieves the synchronization method capable of automatic association among devices and consistent data configuration simplification.
Abstract: The invention discloses a data synchronization configuration method, apparatus and system, and belongs to the technical field of network device management. The method comprises the steps of receiving a puppet certificate authentication request transmitted by a second MC-LAG device; and transmitting a puppet certificate to the second MC-LAG device after determining that a first MC-LAG device has transmitted a handshake packet to the second MC-LAG device and received a handshake response package transmitted by the second MC-LAG device, or after determining that the first MC-LAG device has received a handshake packet transmitted by the second MC-LAG device and transmitted a handshake response packet to the second MC-LAG device. The invention solves the problems of complex configuration process before data synchronization configuration and low method versatility and degree of automation, achieves the synchronization method capable of automatic association among devices and consistent data configuration simplification, improves the method versatility and degree of automation, and can be used for data synchronization configuration.
2 citations
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06 Nov 2007
TL;DR: In this paper, the asynchronous pipeline stage (20) comprises a data input (22) arranged for being coupled to a data providing environment (41) and a data output (24, 24) arranged to be coupled with a data receiving environment (43), where a controllable data retaining element is coupled to the data input and the data output.
Abstract: The asynchronous pipeline stage (20) comprises a data input (22) arranged for being coupled to a data providing environment (41) and a data output (24), arranged for being coupled to a data receiving environment (43). A controllable data retaining element (26) is coupled to the data input and the data output. The asynchronous pipeline stage further has a first handshake port (31) for exchanging handshake signals (ackN+1, reqiN) with the data providing environment and a second handshake port (32) for exchanging handshake signals (ackiv, reqN+1) with the data receiving environment. The pipeline stage (20) has a reset input (33) for receiving a reset signal (reset). The pipeline stage (20) assumes an initial state after receiving an asserted reset signal, and activates a handshake signal (reqN+1) at its second handshake port (32) after the reset signal has been de-asserted.
2 citations