43results about How to "Reduce coordination" patented technology

In an embodiment, an electronic device may include storage containing processor-executable instructions and a current setpoint schedule, and a processor configured to execute the instructions. The instructions may cause the processor to control an environmental control system based at least in part on the current setpoint schedule, and to determine the current setpoint schedule by detecting user behavior that indicates satisfaction with setpoints, based at least in part on the detected user behavior, determining a preference function that maps weights indicating user preferences for setpoints, determining candidate setpoint schedules, scoring the candidate setpoint schedules against the weights of the preference function to obtain first scores, where candidate setpoint schedules that best fit the weights of the preference function have the highest first scores, modifying the first scores to obtain second scores, and selecting the candidate setpoint schedule with the highest second score as a new current setpoint schedule.

In an embodiment, an electronic device may include storage containing processor-executable instructions, a preference function that maps weights indicating likely user preferences for the range of values of a device setting in relation to a range of values of a variable, and a current automated device control schedule configured to control the device setting of the electronic device in relation to the variable, and a processor. The instructions may cause the processor to determine the current automated device control schedule based on the preference function by detecting user behavior that indicates satisfaction or dissatisfaction with values of the device setting in relation to the variable, updating the preference function based on the detected user behavior, and determining the current automated device control schedule by comparing a number of candidate device control schedules against the weights of the preference function and selecting the candidate with the highest score.

The invention relates to the related technical field of mobile communication coverage, in particular to an elevator mobile communication coverage system and an elevator mobile communication coverage method. The elevator mobile communication coverage system comprises a power controller, an information source antenna, a donor antenna and a retransmission antenna, wherein the input end of the power controller receives information source signals, the output end of the power controller is connected with the information source antenna in a wired mode, and the information source antenna is installed on the top of an elevator shaft; the donor antenna is installed outside an elevator cage of an elevator; the retransmission antenna is installed inside the elevator cage of the elevator; and the information source antenna is connected with the donor antenna in the wired mode. According to the elevator mobile communication coverage system and the elevator mobile communication coverage method, wireless transmission is realized between the information source antenna and the donor antenna, so that installation of equipment is avoided in the elevator shaft, the installation is fast and convenient, the manufacturing cost is low, property coordination is reduced, and the power taking and maintenance difficulty is reduced.

The invention discloses an information safety transmission method based on non-associative artificial noise in an untrusted relay system. The untrusted relay system comprises a sending node A, a relay node B, a receiving node C and an interference node D. The information safety transmission method is implemented in the following steps: firstly, the interference node sends artificial nose so as to interfere a signal received by the relay node B at the first stage, thereby allowing the relay node B to generate an error code platform; and on this basis, the receiving node C processes signals from two stages by use of different criterions, so interference received by the signals at the first stage is recued, and the bit error rate of the receiving node C is effectively reduced. A simulation result shows that by use of the provided three strategies, namely the zero-forcing detection, the minimum mean squared error detection and the maximum likelihood detection, the bit error rate of the receiving node C is allowed to be apparently lower than that of the untrusted relay node B. Thus, safety is ensured and the performance of the minimum mean squared error detection and the performance of the maximum likelihood detection are similar and better than that of the zero-forcing detection.