The real smart home is not merely moving from the original remote control and panel to a smart phone app to make products intelligent or to control consumer electronics in one way,but is built based on interconnection...The real smart home is not merely moving from the original remote control and panel to a smart phone app to make products intelligent or to control consumer electronics in one way,but is built based on interconnection and automation.The smart home of the future can not only achieve integrated control,remote control,scene control,timing control,intelligent linkage and security measures,but also support“selflearning”and“self-optimization”,and will“manual”and“automatic”control.This paper aims to change the value of smart home products into“active”.Therefore,this paper relies on the realization of the value of smart home products,describes the principles of smart home products and product interaction design,analyzes the needs of the target users,and proposes a product design scheme for reference by relevant personnel.展开更多
Currently, little work has been devoted to the mediators and tools for multi-role production interactions in the mass individualization environment. This paper proposes a kind of hardware-software-integrated mediators...Currently, little work has been devoted to the mediators and tools for multi-role production interactions in the mass individualization environment. This paper proposes a kind of hardware-software-integrated mediators called social sensors （S2ensors） to facilitate the production interactions among customers, manufacturers, and other stakeholders in the social manufacturing systems （SMS）. The concept, classification, operational logics, and for- malization of S2ensors are clarified. S2ensors collect sub- jective data from physical sensors and objective data from sensory input in mobile Apps, merge them into meaningful information for decision-making, and finally feed the decisions back for reaction and execution. Then, an S2en- sors-Cloud platform is discussed to integrate different S2- ensors to work for SMSs in an autonomous way. A demonstrative case is studied by developing a prototype system and the results show that S2ensors and S2ensors- Cloud platform can assist multi-role stakeholders interact and collaborate for the production tasks. It reveals the mediator-enabled mechanisms and methods for production interactions among stakeholders in SMS.展开更多
We study the new Z' boson as a portal for the production of Higgs bosons h_(0) and H_(0) predicted by the Bestest Little Higgs Model through Higgs-strahlung processes μ^(+)μ^(-)→(Z,Z')→Zh_(0),ZH_(0).We foc...We study the new Z' boson as a portal for the production of Higgs bosons h_(0) and H_(0) predicted by the Bestest Little Higgs Model through Higgs-strahlung processes μ^(+)μ^(-)→(Z,Z')→Zh_(0),ZH_(0).We focus on the resonant and nonresonant effects of the Zh0,ZH0signals.In our analysis,we consider the center-of-mass energies of √s=3,4,6,10,30 TeV and integrated luminosities of L=2,4,6,10,30 ab^(-1) projected for a future muon collider.The possibility of performing precision measurements for Higgs bosons h_(0) and H_(0) is very promising for the future muon collider.Furthermore,our results may be useful to the High Energy Physics community.Complementarily,we generate and provide the Feynman rules necessary for studying processes μ+μ-→(Z,Z')→Zh_(0),ZH_(0).展开更多
基金Tutor system research project of Huashang School of Guangdong University of Finance and Economics(Number:2019HSDS21).
文摘The real smart home is not merely moving from the original remote control and panel to a smart phone app to make products intelligent or to control consumer electronics in one way,but is built based on interconnection and automation.The smart home of the future can not only achieve integrated control,remote control,scene control,timing control,intelligent linkage and security measures,but also support“selflearning”and“self-optimization”,and will“manual”and“automatic”control.This paper aims to change the value of smart home products into“active”.Therefore,this paper relies on the realization of the value of smart home products,describes the principles of smart home products and product interaction design,analyzes the needs of the target users,and proposes a product design scheme for reference by relevant personnel.
基金Supported by National Natural Science Foundation of China(Grant Nos.71571142,51275396)
文摘Currently, little work has been devoted to the mediators and tools for multi-role production interactions in the mass individualization environment. This paper proposes a kind of hardware-software-integrated mediators called social sensors （S2ensors） to facilitate the production interactions among customers, manufacturers, and other stakeholders in the social manufacturing systems （SMS）. The concept, classification, operational logics, and for- malization of S2ensors are clarified. S2ensors collect sub- jective data from physical sensors and objective data from sensory input in mobile Apps, merge them into meaningful information for decision-making, and finally feed the decisions back for reaction and execution. Then, an S2en- sors-Cloud platform is discussed to integrate different S2- ensors to work for SMSs in an autonomous way. A demonstrative case is studied by developing a prototype system and the results show that S2ensors and S2ensors- Cloud platform can assist multi-role stakeholders interact and collaborate for the production tasks. It reveals the mediator-enabled mechanisms and methods for production interactions among stakeholders in SMS.
文摘We study the new Z' boson as a portal for the production of Higgs bosons h_(0) and H_(0) predicted by the Bestest Little Higgs Model through Higgs-strahlung processes μ^(+)μ^(-)→(Z,Z')→Zh_(0),ZH_(0).We focus on the resonant and nonresonant effects of the Zh0,ZH0signals.In our analysis,we consider the center-of-mass energies of √s=3,4,6,10,30 TeV and integrated luminosities of L=2,4,6,10,30 ab^(-1) projected for a future muon collider.The possibility of performing precision measurements for Higgs bosons h_(0) and H_(0) is very promising for the future muon collider.Furthermore,our results may be useful to the High Energy Physics community.Complementarily,we generate and provide the Feynman rules necessary for studying processes μ+μ-→(Z,Z')→Zh_(0),ZH_(0).
