108results about How to "Shorten the schedule" patented technology

The invention is a slag heat-covering steam-preserving processing method, including the steps: preposing slag, feeding slag, feeding water, supplying steam, heat-covering stabilizing and flush practice. It directly places blocky slag in a heat-covering set, with the aid of water spray to crack the slag and associated with heat preservation by heat-covering and steam supplication and supplement, maintains the slag temperature within the set temperature of 100 deg.C-200 deg.C to provide enough stabilizing temperature, to make dissociative calcium oxide in the slag able to quickly hydrolyze into calcium oxide, and finally achieves the purpose to stabilize and crush.

The invention discloses an adjacent-area information indicating method, which comprises the following steps: dividing the overlay area of a service subdistrict; and indicating the overlay condition of the divided area for the adjacent area of the service subdistrict. At the same time, the invention also discloses another adjacent-area information indicating method, which comprises the following steps: adding the indicating information of a same frequency subdistrict into the subdistrict list of the different frequency subdistrict; and transmitting adjacent information including the indicating information. Through the technical proposal provided by the invention, the adjacent area information of the valid service subdistrict can be indicated, so as to lead the terminal in the service subdistrict to only select the adjacent area overlaying the terminal to for subdistrict measurement according to the valid overlaying condition of the adjacent area of the service subdistrict, thus reducing the load to the adjacent area measurement, ensuring the system efficiency, lowering the complexity of the dispatch and network, and also leading the terminal to reduce the energy consumption. The invention also discloses a network side device.

The present invention relates to a method in a base station (14, 400) and a base station (14, 400) for predicting a frequency dependent Channel State Information, CSI for scheduling and link adaptation of resource blocks of an operating bandwidth, based on frequency band CSI information related to at least one UE, the method comprising the steps receiving a wideband CSI related to UE (step 302), receiving a UE-selected subband CSI for a bandwidth part (step 302), calculating the difference: the UE-selected subband CSI for the bandwidth part minus a non UE-selected SB CSI the wideband CSI (steps 314, 328, 338), and updating a non UE-selected SB CSI for at least the bandwidth part, based on the calculated difference (steps 318, 332, 342). A faster more reliable prediction method based on UE-selected SB CSI values, is hereby achieved.

A method of a communication technique in which a fifth generation (5G) communication system for supporting more high data transmission rate after a fourth generation (4G) system converges with an internet of things (IoT) technology, and a system is provided. The present disclosure may be applied to intelligent services (e.g., a smart home, a smart building, a smart city, a smart car or a connectedcar, healthcare, digital education, a retail business, security and safety-related services, or the like) based on a 5G communication technology and an IoT-related technology. A terminal receives, from a base station, a first message including configuration information of at least one band, receive, from the base station, a second message for activating a band among the at least one band, and activate the band according to the second message, the configuration information including indication of the at least one band, and each band of the at least one band being part of a bandwidth.

The invention provides a Flow spec route issuing method and device. The method comprises the steps that a Flow spec route is acquired; if the Flow spec route comprises a source IP address, whether a neighbor network device which issues the route of the source IP address is a network device in a carrier network is judged; and if the neighbor network device is a network device in the carrier network, the Flow spec route is refused to be issued to a forwarding chip. According to the technical scheme provided by the invention, the number of Flow spec routes issued on the forwarding chip can be reduced; the entry resource of the Flow spec route can be saved; the CPU scheduling process can be reduced; and the performance of a system can be improved.

The invention discloses a cloud host specification updating method and device. The method comprises the steps of receiving a cloud host specification updating request of a cloud host, and acquiring acurrent cloud host specification of the cloud host, wherein the cloud host specification updating request comprises a target cloud host specification; and judging whether the target cloud host specification is larger than the current cloud host specification of the cloud host or not, and when the target cloud host specification is smaller than or equal to the current cloud host specification, turning off the cloud host and starting the cloud host by adopting the target cloud host specification so as to update the cloud host specification. The target cloud host specification and the current cloud host specification of the cloud host are compared; and when the target cloud host specification is smaller than or equal to the current cloud host specification, the cloud host is started by adopting the target cloud host specification, so that a conventional thought is met, an unnecessary host scheduling process is reduced, and the use complexity of a cloud computing platform is greatly reduced.

The invention discloses a camera resource scheduling method and device in dynamic tracking, and the method comprises the steps: building video analysis tasks of N initial cameras so as to carry out the monitoring of a target, and determining a camera where the target is located from the N initial cameras; according to the obtained video analysis results of the N initial cameras, the target pixel coordinate position of the camera where the target is located is calculated, and the space coordinate position of the target is calculated according to the target pixel coordinate position; and querying a background database, finding out all associated cameras according to the spatial coordinate position of the target and a preset spatial association range, and scheduling the associated cameras tomonitor the target. According to the invention, reasonable and accurate task scheduling can be carried out on the camera by combining a background data management technology and a video positioning technology, and unnecessary video analysis is reduced, so that the cost of a dynamic tracking technology is greatly saved, and resources are ensured to be fully and effectively utilized.

An embodiment of the invention discloses a checksum calculation method. The method comprises the steps that a multi-thread micro-engine obtains calculation parameters corresponding to a current thread based on a received user instruction and descriptor fields in a data storage unit, and sends the calculation parameters to a calculation unit; the calculation unit performs checksum calculation based on source data read from the data storage unit and the calculation parameters, and a thread scheduling module schedules a current thread to enter a sleep state; when finishing the calculation, the calculation unit writes a calculated checksum in a checksum register of the current thread and instructs the thread scheduling module to schedule the current thread to enter a wakeup state; and when the thread scheduling module schedules the current thread to enter a work state from the wakeup state, the multi-thread micro-engine writes the calculated checksum in a position corresponding to the current thread in the data storage unit. An embodiment of the invention furthermore discloses a network processor.

The invention relates to a D2D pair user scheduling method based on MIMO precoding in a cellular district. The method comprises the following steps: 1), according to a precoding mode, selecting a space-division user group for downlink scheduling; 2), determining a D2D pair alternative set; 3), D2D pair emission end user emitting a test signal with D2D pair sequence number information; 4), classifying D2D pairs in the alternative set into a first type and a second type; 5), selecting an interference inhibition channel, obtaining a precoding matrix, and accordingly, performing precoding processing on the downlink channel of a base station; and 6), broadcasting the sequence number information of the D2D pairs, and determining whether the D2D pairs can be scheduled within a current scheduling period. Compared to the prior art, the method provided by the invention has the following advantages: the coverage scope of base station signals is not reduced, at the time when scheduling of D2D pairs at the edge of the district is not affected, the D2D pairs in the center of the district can also be scheduled, and the distribution flexibility of the D2D pairs in the district is improved.

The invention provides a video file distribution method. A video file comprises a low frequency essential data layer and at least one high frequency detail data layer after layered coding. The video file distribution method is characterized in that the transmission efficiency of a distribution network can be determined; the distribution level of the video file can be determined by comparing the transmission efficiency with a predetermined efficiency / distribution level model; the video file is distributed based on the determined distribution level of the video file; the residual distribution levels of the predetermined efficiency / distribution level model are corresponding to the distribution of the combination of the low frequency essential data and at least one high frequency detail data layer of the video file after the layered coding. The invention also provides a video file distribution system. According to the current network quality, the video files can be transmitted according to different distribution levels, the video definition can be adjusted in a self-adapted manner according to the condition of the network quality, and therefore the storage space can be greatly reduced, the scheduling quantity can be reduced, and the user experience can be improved.

The invention discloses a prefabricated stair and a production and construction method thereof, and belongs to the field of prefabricated stairs, the production and construction method comprises the following steps: assembling a bottom die: assembling the bottom die into a standard kicking surface height and a tread height of stone reverse hitting, and reserving a stone thickness for the kicking surface height; the back face of the stone is coated with a waterproof interface agent, anchoring holes are drilled in the stone and filled with a binding agent, claw nails are fixed to the anchoring holes of the stone, filling holes are formed between the claw nails and the back face of the stone, and then the front face of the stone is positioned at the corresponding tread and kicking face positions of the bottom die; waterproof sealing treatment is carried out on the appearing joints; mounting a reinforcement cage: hoisting the reinforcement cage to the bottom die; assembling a side mold; pouring concrete; the prefabricated stair comprises a stair body, stone and a reinforcement cage. According to the prefabricated stair and the production and construction method thereof, the stone and the stair body are firmly connected, the integrality is good, the waterproofness is good, the environmental applicability is high, field installation is easy, and the influence on the installation environment is small.

The invention provides a system and a method for joint scheduling of extracting-condensing type heat and power cogeneration and straight condensing thermal power generation. The system comprises a heat and power cogeneration unit, a straight condensing type thermal power generating unit, an air conditioner heat pump, an electric energy meter, a radiator, a heat consumption meter, a second remote centralized controller and a scheduling control device, wherein the second remote centralized controller is used for acquiring power consumption data detected by the electric energy meter and heat consumption data detected by the heat consumption meter; and the scheduling control device is used for controlling the heat and power cogeneration unit, the straight condensing type thermal power generating unit, the air conditioner heat pump and the radiator to operate through a first remote centralized controller, the second remote centralized controller and a third remote centralized controller. According to the system and the method, the condensing type thermal power generating unit and the heat and power cogeneration unit which are independently operated conventionally are subjected to joint scheduling by acquiring distances between users and heat source pipelines and using the reasonability of the pipeline distances, so that the total energy consumption of the heat and power cogeneration unit and the straight condensing type thermal power generating unit is effectively lowered, the waste of fuel resources is prevented, and the scheduling is more timely and accurate at the same time.

The embodiment of the invention provides a progress management method and device, as well as a terminal. On one hand, in response to a received instruction for starting instruction application, scheduling of an appointed application progress of a background is reduced or stopped; a scheduling strategy for the progress is changed during starting of application to reduce scheduling of other application progresses of the background, so that the quantity of the progresses running in the background in an application starting process is reduced; therefore, under a condition that a processor retains the original number of working kernels and the original working frequency, the application starting speed is increased, and the starting speed of an application program is increased under a condition of not increasing the power consumption of the terminal; thus, the problem that the starting speed of the application program cannot be increased under the condition of not increasing the power consumption of the terminal in the prior art is solved.