40results about How to "Faster completion time" patented technology

A capacitive sensing system (100) can connect groups of capacitive sensors (112-1 to 112-N) to a common node (106) to detect change in capacitance. States of a set of capacitive sensors (112-1 to 112-N) can thus be scanned faster than approaches that scan such sensors one-by-one. Faster scanning can allow for reduced power consumption in applications that only periodically scan the set of capacitive sensors (112-1 to 112-N).

Embodiments for efficient queue management for cluster scheduling and managing task queues for tasks which are to be executed in a distributed computing environment. Both centralized and distributed scheduling is provided. Task queues may be bound by length-based bounding or delay-based bounding. Tasks may be prioritized and task queues may be dynamically reordered based on task priorities. Job completion times and cluster resource utilization may both be improved.

The invention discloses a heterogeneous Hadoop cluster-based task scheduling method. According to the method, tasks in task queues in Hadoop are scheduled by considering matching degrees between eachnode and different tasks according to real-time performance of each node in clusters. According to the method, the defects that existing scheduling technology only aims at big data center isomorphismclusters, and existing scheduling algorithm is low in cluster resource utilization rate, imbalanced in cluster node load and relatively long in operation completion time are solved.

The invention discloses a method for extracting buckwheat flavone from buckwheat bran. A method of combining enzyme treatment and ultrasonic assistance is adopted for extracting the buckwheat flavone from the buckwheat bran, and in addition, macroporous resin is adopted for purification. The method comprises the following steps of 1) carrying out enzymolysis under the ultrasonic condition: the buckwheat bran is taken and is added with water to be prepared into buckwheat bran turbid liquid, and then, compound enzyme is added for carrying out enzymolysis; 2) centrifugal separation: enzymatic hydrolysate is subjected to centrifugation for collecting precipitates and supernate; 3) ultrasonic alcohol extraction: precipitates are subjected to ultrasonic leaching by ethanol; 4) filtration and concentration: alcohol extraction liquid is filtered and concentrated; 5) purification: the macroporous resin is used for carrying out purification on the concentrated liquid; and 6) drying: buckwheat-flavone-containing fractions obtained through purification are subjected to vacuum drying, and flavone products are obtained. The flavone compound prepared by the method disclosed by the invention has the advantages that the purity is higher, the preparation process is simple, the operation is simple and convenient, the implementation is easy, the environment is friendly, and the flavone compound is suitable for industrial magnification production.

The present invention relates to Data Center Network (DCN) flow scheduling scheme. It provides a dynamic scheduling algorithm and a hybrid of centralized and decentralized scheduling system to improve the performance of DCN and data parallel application. The scheduling system uses a central controller to collect the real-time bandwidth of each node, and schedule the priority as well as transmission rate of each network flow set combined by application context (Coflow [1]). The centralized scheduling avoids a sophisticated system design and hardware (switch) modification to comparing with full decentralized solutions. The combination of centralization and decentralization decreases the average completion time of Coflows, and eventually improve the performance of data parallel applications.

The invention discloses a distributed host vulnerability scanning method, comprising: establishing an IP address of a host and a data table corresponding to geographic positions; configuring geographic position information of a plurality of scanners, and configuring one of the scanners as a main scanner and others as slave scanners; inquiring the geographic position corresponding to the IP address of a to-be-scanned host in the data table; the main scanner creating a plurality of scanning tasks, and distributing the IP address of the to-be-scanned host, corresponding to the same geographic position, to a same scanning task; the main scanner distributing the scanning tasks corresponding to each geographic position to the scanner on the geographic position; and each scanner respectively performing vulnerability scanning on the to-be-scanned host which is corresponding to the IP address in the scanning tasks. Through using a distributed technology, and according to the geographic position of the host, distributing the scanning tasks to the scanner on the same geographic position, an accurate vulnerability scanning report can be obtained in time, thereby improving host vulnerability scanning efficiency.

The invention discloses a control method and system for a cluster storage network parallel load. The method comprises the steps of when the data request of a client end is detected, determining the storage nodes of the cluster storage network of a data block for storing and corresponding to the data request; obtaining the maximum link transmission band width of the cluster storage network, allocating a corresponding band width for each determined storage node according to the obtained maximum link transmission band width and the number of the determined storage nodes; and controlling the allocated band width of each determined storage node, and sending the data slot of the data block corresponding to the stored data request to the client end to generate the whole data block. The control method and system for the cluster storage network parallel load enable each storage node to be in a balanced state in the resource competing by sending each determined storage node to the client end according to the allocated band width, so the data request of the client end is timely sent, the finishing time of the data request is shortened, and the real throughput of the client end is improved.

In a method for setting substrate-treatment time, substrate-treatment time is set by the following method. A predicted supply time of wafers of a following lot to a substrate processing apparatus is calculated based on a predicted plasma-treatment completion time of another substrate processing apparatus. A predicted plasma-treatment completion time of all of wafers of a present lot is calculated. A predicted idle time after the completion of the plasma treatment of all of the wafers of the present lot is calculated based on the predicted supply time of the following lot and the predicted plasma-treatment completion time of the present lot. If the predicted idle time is equal to or longer than the idle time required for dummy treatment, supplementary idle time is added between the plasma treatments of unprocessed wafers of the present lot.

The invention discloses an automatic conveying and sorting workbench based on photoelectric sensing judging classification. The automatic conveying and sorting workbench comprises a sorting device used for sorting micro circuit breakers, a detection device used for detecting types of the micro circuit breakers, a conveying device used for conveying the micro circuit breakers and a control device,wherein the conveying device comprises a plurality of conveyor belts distributed around the sorting device, the detection device comprises convection type photoelectric sensors arranged at the end, close to the sorting device, of one of the conveyor belts, the sorting device comprises a pushing component used for pushing the sorted micro circuit breakers onto the corresponding conveyor belts and adriving component used for driving the pushing component to rotate, the control device comprises a controller, and the convection type photoelectric sensors are in electrical connection with the controller. By means of the automatic conveying and sorting workbench based on the photoelectric sensing judging classification, the sorting efficiency is improved, the unnecessary time cost is reduced, the completion time of electrical projects is accelerated, labor force is greatly liberated, and labor cost is greatly reduced.

The invention discloses a data parallel job scheduling method based on branch DAG dependency. The method comprises:1, a job end receiving a job; 2, traversing the DAG task graph of the job, and finding out branches and branch synchronization in the DAG graph and hanging branches in the branches; 3, finding out hanging branches in each DAG graph of the working end, and adding the hanging branches into a branch set B; 4, executing a branch scheduling algorithm on branches in the suspended branch set B to obtain a branch scheduling sequence P; 5, when computing resources exist, executing unit distribution and executing the branch tasks according to the branch scheduling sequence P; and 6, repeating the steps 3 to 5 until the branches in each DAG in the working end are executed completely. By determining the emergency degree of each branch, the non-emergency branches are scheduled in a delayed mode, computing resources are saved, more emergency work is distributed, and the branch synchronization completion time is shortened. Verification proves that compared with other scheduling methods, the average operation completion time is reduced by 10-15%.

The invention discloses an environment-protecting bridge pile foundation construction method for water conservancy construction. An environment-protecting bridge pile foundation construction device for water conservancy construction comprises steel pipe piles distributed in a matrix mode, wherein parallel connection pipes are welded to the outer walls of the adjacent steel pipe piles and used forstrengthening the overall firmness between the steel pipe piles; and the steel pipe piles and the parallel connection pipes are arranged beside a constructed foundation in a buried mode, the top endsof the steel pipe piles extend out of the foundation, the top ends of the steel pipe piles are provided with adhered nesting frames in a nested mode, and the plurality of nesting frames are welded tothe lower surface of a main beam. The environment-protecting bridge pile foundation construction method for water conservancy construction has the beneficial effects that the top end of a pipe shell is vibrated through a vibration hammer, and muddy water is squeezed to flow into drain holes and is discharged from the side face of the pipe shell through outlets; and in the pouring process, the pipeshell is filled with concrete through communicating holes, the concrete continuously sinks and is compacted, meanwhile, the muddy water at the bottom of a cover sealing plate is isolated from entering the pipe shell through the cover sealing plate, and sludge drainage is carried out through cooperation between the drain holes and the outlets and water flow, so that the workload of sludge pumpingis reduced, the project completion time is shortened, and the problem that a large amount of energy is undoubtedly needed for pumping the muddy water is solved.

The invention relates to the technical field of function testing, and provides a task testing method and system based on a block chain technology, and the method comprises the steps: publishing a testing task of a published user on a crowd testing platform, and consuming testing virtual coins of the published user, and the crowd testing platform is an internal testing platform built based on the block chain technology; responding to the test request of the test user on the task receiving page, and issuing a corresponding test task to the test user; dotting recording is carried out on the key operation of executing the test task by the test user, the test task completion condition is judged through the background, and the test virtual currency is transferred. According to the method, the completion condition of the test task is judged according to the dotting record of the test task in the key operation, and the test user obtains the corresponding test virtual currency when the test iscompleted, so that the steps of actively dotting recording and uploading the dotting record by the test user are simplified, the task test process is simplified, and the task test efficiency is improved.

A rear seat side airbag device includes: a case that is provided at a vehicle rear side of a cabin-side wall portion, a plate thickness direction of which is a substantially vehicle longitudinal direction, of a seat side garnish disposed between a vehicle side portion and a seatback of a rear seat, that has an opening portion that opens toward the cabin-side wall portion, and that houses an airbag module main body; an airbag door that covers the opening portion, and that is surrounded by a tear portion and a hinge portion that are formed at regions corresponding to the opening portion; and a spacer that is provided at the airbag door and projects out into the case.

The invention discloses an active transmission method based on a credit packet for a data center. The method comprises the steps that a sending end records the size of a data stream requested by the credit packet and sends the data stream to a receiving end; when the receiving end receives the credit data packet, the sending end copies the credit serial number of the receiving end to the corresponding data packet and sends the data packet to the receiving end; after the data packet is sent, the sending end updates the flow remaining length of the corresponding flow by subtracting the size of the sent credit data packet; for the switch, each switch port limits the credit speed to 5% of the link speed, and if the credit size exceeds the link capacity, the credit data packet is discarded; andthe priority scheduling is enabled in the credit queue, and when the credit queue is full, the switch will discard the lowest priority credit. According to the invention, the short flow credit sending rate of the receiving end is effectively improved, and compared with the current common SCA transmission, the short flow transmission delay and the average FCT under the actual working load are reduced.

The invention provides a pipe gallery subarea excavation method capable of guaranteeing half-width passing of an existing road, belongs to the technical field of geotechnical engineering design and construction, is applied to underneath passing of existing road nodes of a comprehensive pipe gallery, and can guarantee the half-width road passing requirement during construction of a foundation pit of the pipe gallery. The method comprises the steps of firstly, dividing a construction area into a first excavated area and a later excavated area by a middle partition wall; then excavating the firstexcavated area and constructing a support, and allowing vehicles to pass through the later excavated area at the moment; excavating the first excavated area to the bottom of the pit, constructing a pipe gallery structure, and constructing a plain concrete force transmission belt; then constructing a pipe gallery top plate in the first excavated area, arranging a retaining wall, covering soil behind the wall body, compacting, and carrying out pavement construction; then turning over to the first excavated area for vehicle passing, excavating the later excavated area, and constructing a support; then excavating the later excavated area to the bottom of the pit, constructing a pipe gallery structure, chiseling off a plain concrete force transmission belt and butting with a constructed structure; finally, after the integral strength of the pipe gallery structure is formed, constructing road surface soil covering and being open to traffic for completing construction.

The invention discloses an energy-saving and environment-friendly bridge pile foundation construction method and relates to the technical field of bridge construction. The method comprises the steps of 1, environmental cleaning and measurement; 2, positioning of protective piles; 3, prefabricating of a module; 4, soaking of the module under water; 5, recleaning; 6, central pouring, wherein bundledsteel bars are directly put into the installation module, concrete is poured, a central reinforced stabilizing column is formed after the concrete is completely solidified, and then the protective piles are pulled out and removed to finish the construction. According to the energy-saving and environment-friendly bridge pile foundation construction method, a protective pile structure is utilized to cooperate with water flow to conduct sludge drainage, then sludge in a space formed by the protective piles is sucked, the workload of sucking the sludge is reduced, and the completion time of an object is shortened; additionally, an assembly type structure is utilized to replace a protective cylinder to create a cavity environment, and then the central reinforced stabilizing column is utilizedto fit the installation module to form a whole part through bonding, so that instability caused during assembly is reduced, and the safety and stability of a pile foundation are effectively ensured.

An invoicing method belongs to the technical field of tax invoices, and comprises the following steps: receiving invoicing application information; matching the invoicing amount in the invoicing application information with an amount threshold; if the invoicing amount exceeds the amount threshold, performing segmentation invoicing, and if the invoicing amount does not reach or equal to the amount threshold, performing normal invoicing. According to the invention, invoicing information can be quickly identified, an invoicing method with least tax payment can be calculated, and invoices can be automatically segmented.

In a method for setting substrate-treatment time, substrate-treatment time is set by the following method. A predicted supply time of wafers of a following lot to a substrate processing apparatus is calculated based on a predicted plasma-treatment completion time of another substrate processing apparatus. A predicted plasma-treatment completion time of all of wafers of a present lot is calculated. A predicted idle time after the completion of the plasma treatment of all of the wafers of the present lot is calculated based on the predicted supply time of the following lot and the predicted plasma-treatment completion time of the present lot. If the predicted idle time is equal to or longer than the idle time required for dummy treatment, supplementary idle time is added between the plasma treatments of unprocessed wafers of the present lot.

The invention belongs to the technical field of mobile games, and discloses a method, device and server for quickly completing a monster fighting game task, and the method comprises the following steps: obtaining the grade data of a current game role in response to a game task starting request sent by a mobile terminal; judging whether the game role meets an upgrading condition or not; if not, directly executing the game task at the current level; if yes, predicting the time t1 required for completing the game task under the current level and the time t2 required for completing the game task under the upgrading operation; comparing t1 and t2, and carrying out optimization of a game scheme of the game task; according to the invention, before the game task starts, the execution scheme of thegame task is optimized in a mode of predicting the completion time of the game task, so that the completion time of the game task is shortened to the greatest extent, a game player can obtain the optimal task completion rank, and the game experience is improved.

The invention provides an assay kit for the measurement of free D-galactose and / or Larabinose in a sample, the kit comprising galactose mutarotase and (3-galactose dehydrogenase. The kit may further comprise a reagent capable of hydrolysing molecules containing D-galactose and / or L-arabinose, to yield the free mono- or disaccharide so that the kit finds use for determination of not just of free D-galactose and / or L-arabinosebut also those molecules as released (or synthesized) from other molecules, including lactose, D-galacose-1-phosphate, galactosyl-sucrose oligosaccharides (such as raffinose), galactan, galactomannan, arabinan and arabinogalactan.