The message consumer could select the appropriate operator and specify the operating rule to get satisfying messages. The novel system features in the flexibility of the message computing, which is accomplished through a set of message operators. Based on this paradigm, we propose a rule-based system for supporting message routing in ubiquitous computing.
A widely adopted message routing mechanism is the content-based publish-subscribe framework. As a middleware between the message producer and message consumer, message routing system enables backend systems to efficiently acquire the interested message. The message consumer could select the appropriate operator and specify the operating rule to get satisfying messages.ĪB - The ubiquitous computing produces big volume of messages as the pervasive computability is deployed in large scale. She started her achievements under her coach Li Yongbo, with partner in the womens doubles Jia Yifan, and in the mixed doubles Zheng Siwei. The novel system features in the flexibility of the message computing, which is accomplished through a set of message operators. Chen Qingchen (born 23 June 1997) is a Chinese badminton player.
N2 - The ubiquitous computing produces big volume of messages as the pervasive computability is deployed in large scale. We expect these findings to shed new light on the design and control of MoS 2-based catalysts for industrial applications.T1 - A rule-based publish-subscribe message routing system for ubiquitous computing Facebook gives people the power to share. Join Facebook to connect with Jing Yixin and others you may know. We also explored field effects on S vacancies in the basal plane, which show a different behavior for H adsorption due to the presence of Mo d states that are insensitive to the electric field. View the profiles of professionals named 'Ling-ling Wang' on LinkedIn. View the profiles of people named Jing Yixin. Remarkably, by introducing an external electric field, we demonstrate the ability to fine tune the position of S p-resonance states, which can give an optimal H adsorption strength on MoS 2 for HER. Via systematic density functional theory based first-principles calculations, we investigated the adsorption of H atoms on different edges of free-standing and supported MoS 2, revealing the critical role of S p-resonance states near the Fermi level in determining H adsorption, which offers an excellent descriptor for the catalytic activity associated with the electronic structure.
Jing Yixin, 38, of Monterey Park, who is being held. In this work, we propose to use an electric field to engineer the electronic structure of edges and defects of MoS 2, aiming to optimize its catalytic performance. A man accused of gunning down his wife and a man at an Asian restaurant in Monterey Park pleaded not guilty Monday to two counts of murder. Therefore, further optimization of active sites becomes highly desirable to enhance the overall catalytic activity of MoS 2. Nevertheless, the per-site activity of MoS 2 is still much lower than that of Pt. While the pristine basal plane of MoS 2 is chemically inactive, certain edges and defects have been recognized to be catalytically active for HER. As a fascinating non-precious catalyst for hydrogen evolution reaction (HER), two-dimensional (2D) molybdenum disulphide (MoS 2) has attracted ever-growing interest.