79 results about "Program Efficiency" patented technology

The present invention provides an interactive, electronic, knowledge-based ordering process for specialty/biotech pharmaceuticals (medically coded drugs) which results in less waste, improved procedural efficiencies, and greater cost savings than the current ordering systems. The knowledge-base of the system is based on the health plan's clinical policies as well as the status of the patient and their entitled benefits with the health plan, and it is applied in an interactive manner through a web-enabled system which provides a real-time, prospective examination and control over requests for authorization to dispense the medically coded drugs. The system also includes a feedback loop from the specialty pharmacies to provide information on the medicines that have actually been dispensed. The system also provides to the patient, educational material and adherence reminders to affect therapeutic outcomes.

The invention provides a programming and compiling design method in a robot graphical programming system. According to robot motion control features, character codes are packaged into a graphical control form to be provided for a user, so that programming difficulty is lowered greatly and programming efficiency is improved; in a compiler syntactic analysis phase, a preliminary inference model is used for syntactic analysis, and accordingly, predictive query times are decreased, part of time required by syntax production type analysis is saved, quick analysis on a character string syntactic structure is achieved and compiling efficiency is improved; a mono operating environment is used as the back end of a compiler, so that architectures of a front end and the back end of the complier are independent relatively, and high expansibility and portability are achieved.

An application (e.g., a computer program) prints data by invoking a print function with a format argument and, optionally, at least one data argument. The format argument and any data arguments are saved in a deferred trace data buffer. The print function returns to the application then, sometime after the print function has returned, the deferred trace data buffer is processed and the format argument and/or any data arguments are printed. By saving the format argument and any data argument(s) to a memory buffer instead of parsing and formatting the arguments in real-time, program efficiency may be improved and the impact of the print function on a software test scenario may be reduced.

The invention relates to a method for processing an embedded multi-module Internet of Things mobile terminal device data system. The system comprises an application unit, a memory management unit and hardware modules, wherein the memory management unit comprises a Linux kernel module, the hardware modules comprise hardware kernel modules, a communication mode is established by the memory management unit between the application unit and the hardware modules, and each of the hardware modules communicates with the outside through an antenna. According to the method for processing the embedded multi-module Internet of Things mobile terminal device data system, a memory management unit driving module is designed to communicate with the rest of the hardware modules in a driving mode, and simultaneously a netlink mode is utilized to provide only one communication channel between an underlying driver and an upper-layer application program to control the distribution and collection of data. By means of the method for processing the embedded multi-module Internet of Things mobile terminal device data system, the programming is extremely flexible, and the program efficiency is extremely high.

The invention discloses a method for checking a cross-platform and cross-language single-chip system. The method comprises the following steps of: constructing a checking module by using a system c, namely realizing a server thread to monitor an appointed port, establishing a transmission control protocol/Internet protocol (tcp/ip) link service, resolving a data stream of the port through a loop body, obtaining a data structure sent by a client by using a standard json resolving function, making a corresponding response according to branch judging, constructing a returned json data packet, and repeating the steps until the link is interrupted to quit the simulation, wherein a programming language can be freely selected from the client to compile a test case, i.e., the operation to the checking module is packed by a json base of a corresponding language and sent through the tcp/ip link so as to control the flow of the tested checking module. The method is higher in programming efficiency and is favorable for management and rolled-back test of the test case and error tracking.

The present invention relates to a pumping circuit. The pumping circuit comprises a first pumping block for pumping an input voltage, a first latch for latching the output of the first pumping block, a second pumping block for pumping the output of the first pumping block according to a control signal, a second latch for latching the output of the second pumping block, and a switching circuit for selectively outputting the outputs of the first and second latches according to the control signal. Thus, a program voltage and a program verify voltage of different levels are pumped. The ripple and active current can be reduced and the program efficiency can be increased.

The present invention provides a regional speed limit value obtaining method, a regional speed limit value obtaining device and a terminal device. The regional speed limit value obtaining method includes the following steps that: electronic map data are preprocessed, track sections on a train running line in the electronic map data are mapped to a coordinate system; the speed limit data of the temporary speed limit and fixed speed limit of the train in the track sections are respectively stored in a temporary speed limit information list and a fixed speed limit information list according to the coordinates of the track sections in the coordinate system; speed limit data in the temporary speed limit information list and the fixed speed limit information list are combined, so that the most stringent speed limit list of the train is obtained; and the most stringent speed limit value of a region corresponding to the real-time coordinate position of the train is searched out form the most stringent speed limit. With the regional speed limit value obtaining method, regional speed limit value obtaining device and terminal device of the invention adopted, the plurality of temporary speed limit data are combined in a one-off manner into the most stringent speed limit list, and therefore, the logic processing of the query of the electronic map data is simplified, and program efficiency can be improved.

The present invention relates to a mesoscale elastic thin-walled workpiece deformation on-line prediction and compensation method and belongs to the machining field. The mesoscale elastic thin-walled workpiece deformation on-line prediction and compensation method is realized by a machine turntable, a dynamometer, a driver, a controller, a cooler, a bracket, a fine milling cutter, an infrared thermal imaging instrument and an adjustment mechanism for compensating radial immersion. With the mesoscale elastic thin-walled workpiece deformation on-line prediction and compensation method of the invention adopted, the deformation condition of a processed thin-walled workpiece can be monitored online in real time; the adjustment mechanism controls a screw and a screw-nut pair to adjust a supporting table in real time, so that radial undercut caused by the deformation of the workpiece can be eliminated, and therefore, machining precision and quality can be improved; and the adjustment mechanism is independent of a machine tool control system and will not affect a tool path planned by an existing program, and therefore, programming efficiency can be greatly increased, and production efficiency can be improved.

The invention relates to a firmware programming method. The method comprises the steps that each control single board acquires a corresponding network protocol IP address, wherein the number of the control single boards is at least two, and each control single board comprises a corresponding communication interface; the control single boards acquire work instructions sent by an upper computer according to the corresponding IP addresses; the control single boards acquire corresponding to-be-programmed files according to the corresponding work instructions; and the control single boards call corresponding Android debugging bridges (ADBs) through the corresponding communication interfaces to write the to-be-programmed files into a to-be-programmed terminal in a programming mode. Besides, the invention furthermore provides a firmware programming system. Through the firmware programming method and system, each control single board can separately call an ADB client to perform terminal programming, the number of the control single boards can be increased and configured at will according to needs, the defect that when an ADB client faces a one-to-multiple terminal application scene, programming efficiency is low because multiple terminals have resource competition is overcome, and programming efficiency is improved.

The invention provides an intelligent concentrator. The intelligent concentrator comprises a controller, a cache unit, a real-time data receiving module connected with the controller, a real-time message queue data processing module, a real-time union data processing module, a real-time data storage module and a FLASH memory, wherein the real-time data receiving module, the real-time message queue data processing module, the real-time union data processing module and the real-time data storage module are connected in sequence; and the cache unit comprises a message queue data cache region, a union structure body cache region and a FLASH memory data cache region. The invention furthermore provides a data processing method taking the intelligent concentrator as a tag. According to the intelligent concentrator and the data processing method, the program efficiency of the intelligent concentrator can be effectively improved, the data security can be enhanced, and the service life of a FLASH memory chip can be prolonged.

The present invention relates to a CNC machine tool machining flow optimization method. The method comprises the following steps: carrying out standardized processing on the machining program mode, the tool number and parameters of all models, and acquiring to-be-processed workpiece information; selecting the machining program corresponding to the to-be-processed workpiece information, and analyzing the machining program to obtain the tool number and the tool use sequence contained in the machining program; and carrying out optimization processing on the machining program in the machining process in series or in combination according to the optimization method selected by the user. According to the method disclosed by the present invention, the user can select a multi-program optimizationscheme: multi-program serial or multi-program tool combination, and the system automatically optimizes the processing program according to the user selected scheme, so that manual operation errors andrepeated operation fatigue can be reduced, program combination and serial can be improved, and program efficiency and accuracy can be optimized.

In a flash memory device and a bit line voltage control method thereof a circuit capable of reducing the change in a voltage of a bit line during programming. The flash memory device includes: a flash memory cell, a source of which is connected to a source line, a drain of which is connected to a bit line and a gate of which is connected to a word line; a word line voltage generation circuit connected to the word line, for generating and providing a word line voltage to the word line; a program current generation circuit connected to the bit line, for generating and providing a program current to the bit line; and a bit line voltage clamp circuit connected to the bit line and the word line, for sensing a voltage of the bit line and controlling a bias current of the word line voltage generation circuit to thereby control a voltage of the bit line, during a programming operation of the flash memory device. Therefore, it is possible to enhance program efficiency and reduce program disturbance by constantly maintaining the voltage of the bit line to a desired voltage using a bit line voltage clamp circuit during programming.

The invention provides a method for testing single-packet regular matching logic. A peripheral component interface express (PCIe) simulation model simulates the characteristic of a PCIe bus and receives a host command which comprises a write command and a read command. Compared with the prior art, the method has the advantages that: 1) the efficiency of a program which is compiled by using a SystemVerilog language is quite high, a complicated function can be realized by using smaller code line number, and validation efficiency is improved; and 2) a constraint-based random simulation validation method using the SystemVerilog language is a high-efficiency function validation method, the validation efficiency of the function can be greatly improved, and the functional defect of a product which is sold in the market is avoided.

The invention discloses an orthogonal turning and milling method for an inner rotary surface. According to the orthogonal turning and milling method for the inner rotary surface, the datum point deviation value and the additional cutter length compensation value of a flat-end milling cutter and a flat-end milling cutter with round corners in the workpiece machining process are acquired, and the additional cutter length compensation value is added to the cutter length compensation function of a numerical control system. By the adoption of the method, the axes of the milling cutters are perpendicular to the inner surface of a part all the time for machining in the machining process, programming efficiency and accuracy are improved, machining quality is guaranteed, and a machining period is shortened.

The embodiment of the invention discloses an application program recommendation method and an application program recommendation system. The method comprises the following steps: when a detection result shows that a terminal starts an application program, obtaining the information of the application program which is started by the terminal at present; obtaining a current geographic position of the terminal; obtaining all application programs started on other terminals which are far away from the current geographic position of the terminal shorter than or equal to a preset distance; and recommending at least one application program associated with the information of the application program in all application programs to a user. The embodiment of the invention can be implemented to improve program search efficiency.

The present invention provides an interactive, electronic, knowledge-based ordering process for specialty/biotech pharmaceuticals (medically coded drugs) which results in less waste, improved procedural efficiencies, and greater cost savings than the current ordering systems. The knowledge-base of the system is based on the health plan's clinical policies as well as the status of the patient and their entitled benefits with the health plan, and it is applied in an interactive manner through a web-enabled system which provides a real-time, prospective examination and control over requests for authorization to dispense the medically coded drugs. The system also includes a feedback loop from the specialty pharmacies to provide information on the medicines that have actually been dispensed. The system also provides to the patient, educational material and adherence reminders to affect therapeutic outcomes.

The invention relates to a conversion method of a synchronous interface and an asynchronous interface. The method comprises the following steps of: 1) judging whether the synchronous interface carries out access operation on the asynchronous interface; if so, executing the step 2); and otherwise, directing finishing the step; and 2), realizing the access operation, which is carried out on the asynchronous interface by the synchronous interface, according to types of data interfaces. The invention provides the conversion method of the synchronous interface and the asynchronous interface, which has the advantages of supporting a processor core to carry out read-write access on 32 bits of a FLASH, obviously improving the efficiency of moving programs and obviously decreasing the quantity of external pins.

The invention discloses a cam shaft intelligent grinding process software database system based on a numerical control system. The system comprises a technological problem definition module, a technological integrated database module, an expert knowledge base, a decision optimization module, an automatic programmable module and a grinding application module. The technological problem definition module is used for storing a plurality of pieces of process case information according to generalized technological problem definition information model normalization requirements and building other modules with data and knowledge mining and rule-knowledge self-learning ability. A complete set of software is integrated and embedded by the aid of Siemens (original equipment manufacturer) system development communication interface programs. The system solves the problems of complicated and changeable current cam shaft grinding environments, process parameter optimization and decision-making difficulty, complex numerical control programs, low similar part decision-making and programming efficiency and the like. Cam shaft part decision-making processing time can be remarkably shortened, processing efficiency is improved, and the performance of a numerical control machine tool is brought into full play.

The invention relates to the industrial automation equipment technology field and especially relates to an intelligent controller suitable for multiple operation platforms. The intelligent controllersuitable for the multiple operation platforms comprises a microprocessor, a field bus processing module, a current detection module, a sensor detection and processing module, a driving processing module, an input and output module, and a power supply module. The field bus processing module, the current detection module, the sensor detection and processing module, the driving processing module andthe input and output module are connected to the microprocessor. The field bus processing module comprises a distributed equipment processing interface and a third party distributed equipment processing interface. The driving processing module comprises a driving setting module, a driving expansion interface and a driving expansion processing module. The controller has advantages that through a configuration platform and visual programming, a control code can be directly generated and programming efficiency is increased; the equipment of a plurality of manufacturers is compatible; and flexibility of industrial equipment combination is increased.