88results about How to "Improve task efficiency" patented technology

A processor executes different types of programs in the memory. Namely, the processor customizes the user's GUI by utilizing a processing unit to judge the user's skill level based on the quality of task results and task time, a processing unit to extract the GUI usage status based on the GUI operating history of the user, a category sorter unit to sort the users into the multiple categories according to the task content and skill level of the user, a processing unit to perform clustering the user group based on the usage status for each sorted category, and a processing unit to customize the GUI based on the usage status in each cluster grouped by a clustering method, and sorts the user for GUI customizing into one of clusters and customizes the user's GUI by applying the GUI customizing method set for that corresponding cluster.

The invention discloses a UAV multi-coverage model and a UAV multi-coverage deployment method under power control. The UAV multi-coverage model is characterized in that: in a communication coverage scenario in the UAV network, the probability that an arbitrary task region can be covered by a UAV group network is decided by UAVs which can detect the region. The UAV multi-coverage deployment methodcomprises the steps of: firstly, constructing a UAV multi-coverage deployment model, wherein participants are all the UAVs in the UAV group network; secondly, constructing its own state set by each UAV, and dividing the other UAVs into neighbor UAVs and non-neighbor UAVs; thirdly, calculating the optimal coverage under the maximum transmission power to obtain an optimal coverage strategy; and finally, performing power control under current coverage deployment by adopting the optimal coverage strategy. The UAV multi-coverage model and the UAV multi-coverage deployment method can describe the coverage capability of the UAVs in the UAV group network for the ground precisely, and realize the minimization of power overhead on the premise of satisfying communication requirements.

A vibratory countermine system and method associated with a propulsion means. The system is comprised of a ground-contacting percussion system assembly that is mounted to the front of the propulsion means. Also, a vibratory subassembly is mounted inside the ground-contacting percussion assembly for inducing vibrations in the ground. The ground-contacting percussion system is in contact with the ground ahead of the propulsion means. It transmits the vibrations, associated forces, and pressure waves below or ahead of the countermine system through the ground, thereby inducing the detonation of land mines.

The embodiment of the invention discloses a task processing method based on thread resources. The method is suitable for business process optimization. The method comprises the steps of receiving a task processing request triggered by a target task; determining a first task type of the target task based on the task processing request, and determining a first thread resource semaphore according tothe first task type; according to the first thread resource semaphore, determining the number of idle thread resources used for executing the task of the first task type in a first sub-thread pool; and if the number of the idle thread resources used for executing the task of the first task type is not zero, determining the idle thread resources used for executing the target task in the first sub-thread pool, and processing the target task based on the idle thread resources. By adopting the embodiment of the invention, the flexibility of processing various types of tasks based on thread resources can be improved, and the task processing efficiency is improved.

An embodiment of that present application provide a task pushing method a node autonomous server and an edge cache server, As to that technical field of content distribution network, The method comprises: when a node autonomous server receives a task pushing request, firstly, querying the cache list according to the identification of the target object carried in the task push request, and determining the edge cache server of the cache target object, then, pushing the operation tasks of the target object to the edge cache server of the cache target object, and the operation tasks of the targetobject do not need to be pushed to all the edge cache servers. Therefore, each edge cache server only needs to process the task of its own cached web pages, which improves the efficiency of the edge cache server in processing the task and the satisfaction of the client. Since the node autonomous server does not need to push the operation tasks of the target object to all the edge cache servers, the pressure of the node autonomous server is reduced, and the waste of broadband resources is avoided.

The invention is to provide a technique for improving the usage efficiency of user licenses in an environment in which the simultaneous connection number of users is limited. This invention comprises: determining a predetermined allowable time based on a task selected by a user and an attribute of the user; and forcibly making the user log off in a case where it is detected that data relating to the selected task is not inputted or received for a time exceeding the predetermined allowable time. Thus, the time until the logoff is forcibly performed is automatically and suitably set according to, for example, the task conducted by the user or a department to which the user belongs.

The invention discloses a data-driving-based AUV (Autonomous Underwater Vehicle) undersea target search navigation system and method. The system comprises a task information processing module, a side-scan sonar, a target characteristic extraction module, a height gauge, a first-stage path generation module, a second-stage path generation module, a third-stage path generation module, an independentdecision-making module and an AUV actuating mechanism; the task information processing module receives task information and processes the task information in combination with a position state of an AUV to acquire dynamic grid chart coordinates; the first-stage path generation module generates a first-stage path point set; the side-scan sonar detects a sonar image; the target characteristic extraction module transmits coordinates of a target region to the second-stage path generation module to generate a second-stage path point set; height data measured by the height gauge are transmitted to the third-stage path generation module to generate a third-stage path point set; and finally, the independent decision-making module acquires an AUV path based on the three point sets and transmits theAUV path to the AUV actuating mechanism. The data-driving-based AUV undersea target search navigation system can search an undersea target and realize collision preventation of set-height navigationand can improve the undersea target search efficiency.

The invention discloses a background server selection method and device realized based on middleware. The method comprises the following steps: receiving a business request sent by a client; generating a first random number in a preset numerical range, wherein the preset numerical range contains the first numerical range; if the random number falls in the first numerical range, selecting a server according to the response time in the lastest preset time slot of each server in a server list; and forwarding the business request to the selected server. By use of the scheme disclosed by the invention, the response time in the latest preset time slot of each server is used for selecting the server, thereby realizing the load balance of the server system and improving the system stability; since the response time in the latest preset time slot of each server needs to be computed only when the first random number falls in the first numerical range, the operation burden and the operation resource occupancy of the system are lowered to some extent, and the task processing efficiency of the server system is improved.

The invention discloses a quick-assembling multi-rotor wing unmanned aerial vehicle structure and relates to the technical field of unmanned aerial vehicles. The structure includes a vehicle body and a plurality of wings that are connected thereto. The vehicle body includes, successively from top to bottom, a vehicle body upper section, a vehicle body middle section, and a vehicle body lower section, wherein the vehicle body upper section includes a parachute cavity and a vehicle body upper shell; the vehicle body middle section includes a vehicle body middle shell, a vehicle arm fixing base and a vehicle arm connecting member A; a vehicle body upper plate, a vehicle body lower plate, a power supply section board, a battery, a parachute cavity fixing board, and a flight control device are arranged in an inner chamber of the vehicle body middle shell; the vehicle body lower section includes a vehicle body lower shell; the vehicle body upper shell, the vehicle body middle shell and the vehicle body lower shell are successively and detachably connected in order. The structure can be used for manufacturing multi-rotor wing unmanned aerial vehicles in different take-off weights, reduces manufacturing period, reduces mission execution cost and improves mission efficiency.

The present invention provides a utility vehicle including fuel system components located compactly. The utility vehicle includes a single or a plurality of seat rows, a cargo bed, a cabin, and an engine. The utility vehicle further includes a fuel tank accommodated in a lower space of one of the seat rows, a fuel system mounting bracket provided next to the fuel tank in the lower space and fixed to a seat frame, and a fuel feed pump and a single or a plurality of fuel system accessories mounted to the fuel system mounting bracket.

The invention belongs to the research on the airdrop method of a transport aircraft in the field of aeronautical aircraft design, in particular to aircraft traction airdrop system of a medium-sized transport aircraft and a method for determining airdrop parameters. At present, the airdrop mainly relies on helicopters, but there are some limitations such as small airdrop weight, small combat radiusand so on. The invention provides a traction airdrop system of a medium-sized transport aircraft and a method for determining airdrop parameters. According to the characteristics of the whole processof cargo movement in and out of the cabin, the tension characteristics of the pulling umbrella and the tension characteristics of the constant force rope in the process of straightening and spreadingthe parachute, by establishing the trajectory motion model of the towing parachute and the ground test on board, this paper sums up the process and implementation steps of the aircraft towed air drop, and then adjusts and perfects them according to the actual implementation of the flight test so as to fill the short board of the heavy-loaded air drop capacity, give full play to the cargo transport capacity of the transport aircraft, improve the economy and task efficiency of the transport aircraft, and meet the material transport needs of the whole army in peacetime and wartime.

The invention relates to an information material file storage box with a secret, high-guarantee and real-time tracing function. The information material file storage box comprises an MCU module, a fingerprint module, a promoting module, a self-destroying control module, a damp-proof module, a positioning module, a fixed clamp and a self-destroying material, wherein The MCU module controls the damp-proof module to perform constant-temperature control and dehumidifying control to eliminate influences of environment temperature and humidity in a transportation process, so that the temperature is controlled to be about the standard temperature of 20 DEG C, and humidity is controlled to be about 50% of optimum humidity; the fingerprint module, the prompting module and the positioning module are combined, so that the box is controlled to open safer; moreover, a state of the box is known in real time through a corresponding hand ring or mobile phone; while finding that the box is missing, information transmitting staff can immediately perform positioning and tracing on the information file box in a mode of enabling the worn hand ring or mobile phone to match with a remote control terminal; the self-destroying control module can be combined with the self-destroying material to realize a self-destroying function, so that information files are destroyed from the moment that box is self-destroyed and opened only within 2 seconds, and therefore, greater loss caused by missing of the information material file storage box can be prevented.

An information reading apparatus includes an information reading section, a communication section, a memory, a first determination section, a second determination section, and a control unit. In the apparatus, every time data is determined to be unread data (i.e., data read by one information reading apparatus but not shared yet by all of a plurality of information reading apparatuses) by the first determination section, the control unit records the unread data in the memory, while transmitting the unread data to other information reading apparatuses through the communication section. The control unit also records data determined to be unread data by the second determination section in the memory. A plurality of such information reading apparatuses are employed in an information reading system in which each information reading apparatus can easily keep track of the entire progress of reading tasks.

The invention relates to a method and apparatus for realizing task follow-up. The method comprises the following steps: obtaining a group session identifier, a first user identifier and a corresponding message, comprising a task mark and task contents, of the first user identifier in a group session; generating a task notification containing the first user identifier and the task contents according to the message; sending the task notification to the group session; obtaining a second user identifier of a second user who makes response to the task notification at first; receiving task state information of the task contents, fed back by the second user identifier, and notifying the first user identifier of the task state information, receiving task indication information made by a first useraccording to the task state information, and notifying the second user identifier of the task indication information. Timely task follow-up is achieved, and the task implementation efficiency is improved.