307 results about "Coverage data" patented technology

Methods and apparatuses of planning a wireless local area network are disclosed. Various embodiments receive data such as floor plan data, coverage data, and/or capacity data about a site for the WLAN. Based on such data, features of the WLAN access points can be determined. Examples are the quantity, placement, and/or configuration of the access points. Measured data, such as WLAN data, are received. The measured data are compared with expected data, such as expected WLAN data. Expected WLAN data can be generated from various sources, for example floor plan data and access point data (e.g., quantity, placement, and/or configuration). Based on such measured data, WLAN features can be changed, such as floor plan and/or access point data (e.g., quantity, placement, and/or configuration).

A method for automatically maintaining a database that stores coverage data for testing software code under development is provided. The method includes providing modified instrumented software and using test cases of a test suite to execute the modified instrumented software. Modified coverage data that includes a call tree defining a path of each test case is created. The method also includes replacing the coverage data with the modified coverage data at scheduled intervals.

A parallel array architecture for a graphics processor includes a multithreaded core array including a plurality of processing clusters, each processing cluster including at least one processing core operable to execute a pixel shader program that generates pixel data from coverage data; a rasterizer configured to generate coverage data for each of a plurality of pixels; and pixel distribution logic configured to deliver the coverage data from the rasterizer to one of the processing clusters in the multithreaded core array. The pixel distribution logic selects one of the processing clusters to which the coverage data for a first pixel is delivered based at least in part on a location of the first pixel within an image area. The processing clusters can be mapped directly to the frame buffers partitions without a crossbar so that pixel data is delivered directly from the processing cluster to the appropriate frame buffer partitions. Alternatively, a crossbar coupled to each of the processing clusters is configured to deliver pixel data from the processing clusters to a frame buffer having a plurality of partitions. The crossbar is configured such that pixel data generated by any one of the processing clusters is deliverable to any one of the frame buffer partitions.

Methods and apparatuses of planning a wireless local area network are disclosed. Various embodiments receive data such as floor plan data, coverage data, and/or capacity data about a site for the WLAN. Based on such data, features of the WLAN access points can be determined. Examples are the quantity, placement, and/or configuration of the access points.

Wireless coverage data are associated with a geographic database that contains data that represent a road network in a geographic region. The wireless coverage data indicate areas within the geographic region in which navigation-related services or data from a navigation services provider are available wirelessly, or conversely, areas within the geographic region in which navigation-related services or data from a navigation services provider are not available wirelessly. An end user obtains the wireless coverage data. The wireless coverage data are used to indicate to the end user areas in which navigation-related services or data from the navigation services provider are available wirelessly or areas in which navigation-related services or data from the navigation services provider are not available wirelessly. The wireless coverage data may also be used to warn the end user when he/she is leaving an area in which navigation-related services or data from the navigation services provider are available wirelessly. Data for uncovered areas can be downloaded to an end user's computing platform while the end user is still within an area in which navigation-related data from the navigation services provider are available wirelessly.

Database mining, analysis and optimization techniques in conjunction with the model-based functional coverage analysis are used to turn raw verification and coverage data into design intelligence (DI) and verification intelligence (VI). The required data and attributes are automatically extracted from verification, simulation and coverage analysis databases. Design finite state machine extraction, design functional event extraction, and automatic coverage model generation and optimization techniques are applied to the design HDL description. Coverage model tuning and optimization directives, as well as test spec tuning and optimization directives are generated based on the analysis and mining of various verification, simulation, and coverage databases. An integrated web-based interface portlet is used for access, analysis and management of the resulting databases, generated reports and verification directives. Dissemination rules are used to automatically generate and distribute analysis reports and verification directives to engineers at wired or wireless interface devices via Internet or Intranet.

An improved mechanism is provided for generating an execution log and coverage data for a set of computer code. To minimize the amount of storage required for storing execution log information, the mechanism: (1) stores only information pertaining to instructions that are actually executed during execution; and (2) stores the information in a hierarchically organized set of lists. In addition, to minimize the impact of execution log and coverage data generation on the execution of the computer code, coverage data is generated after execution has completed. By generating the execution log and coverage data in this manner, storage requirements are reduced, and execution performance is improved.

An intelligent test system for testing software code is provided. The intelligent system includes a profiled software component, a test executor, a database, a database updater, and a data analyzer/optimizer. The test executor creates a coverage data by using the profiled software component to execute a plurality of test cases of a test suite. The database stores the coverage data and the database updater is configured to store the coverage data into the database. The data analyzer/optimizer analyzes the coverage data contained in the database to find test cases affected by a modification to the software code. The data analyzer/optimizer also optimizes the test cases affected by the modification by selecting fewer test cases that satisfy a criteria. The test executor uses the test cases that satisfy the criteria to test the modification to the software code.

A method, apparatus, and computer instructions for generating coverage data during execution of code in the data processing system. During execution of the code, a determination is made as to whether an access indicator is associated with an instruction in response to executing the instruction in the code by a processor in the data processing system. If the access indicator is associated with the instruction, a state of the access indicator is changed, by the processor, when the instruction is executed. In this manner, coverage data for executed instructions is generated by the processor during execution of the code.

One embodiment of the present invention sets forth a technique for rendering anti-aliased paths by first generating an alpha buffer representing coverage data. To generate the alpha buffer, jittered versions of the rendered path are rendered and corresponding stencil buffers indicating sub-pixel samples of the path that should be covered are generated. After each stencil buffer is generated, the jittered path is rasterized to convert the sub-pixel coverage into coverage weights that are stored in the alpha component of a frame buffer. As each jittered path is rasterized, the coverage weights are accumulated. Finally, geometry representing the union of the jittered versions of the path is rendered to shade pixels based on the accumulated coverage weights. The anti-aliased rendered paths may be filled or stroked without tessellating the paths.

A multi-core multi-node processor system has a plurality of multiprocessor nodes, each including a plurality of microprocessor cores. The plurality of microprocessor nodes and cores are connected and form a transactional communication network. The multi-core multi-node processor system has further one or more buffer units collecting transaction data relating to transactions sent from one core to another core. An agent is included which calculates latency data from the collected transaction data, processes the calculated latency data to gather transaction latency coverage data, and creates random test generator templates from the gathered transaction latency coverage data. The transaction latency coverage data indicates at least the latencies of the transactions detected during collection of the transaction data having a pre-determined latency, and includes, for example, four components for transaction type latency, transaction sequence latency, transaction overlap latency, and packet distance latency. Thus, random test generator templates may be created using latency coverage.

The various embodiments herein disclose a system and method for generating a delta code coverage information. The system for generating delta code coverage information comprises, a source control module configured for storing a plurality of software program code files to be processed and a plurality of code coverage data corresponding to the plurality of software program code files, a processor configured to generate a delta code coverage data for analysis for each of the plurality of software program code files on a line level or at a branch level by performing a time based delta code coverage process and a path based delta code coverage process.

A multi-year yield analysis in precision agriculture characterizes variables affecting crop yield to enable site-specific prescription mapping for a bounded field for one or more crops in the field. The multi-year yield analysis enables recommendations for variable-rate applications to the bounded field such as seeding, fertilizing, tilling, and applying crop treatments. The multi-year yield analysis evaluates each of coverage data, uniformity data, age data, and weather data related to crop yield in the bounded field.

The invention provides a hot-cell coverage data transmission method. The method comprises the following steps: step a, a base station regulates an MCS (Modulation and Coding Scheme) table to ensure that the MCS satisfies the modulation mode of 256 QAM and to obtain the TBS (Transport Block Size) in a first layer; and step b, the base station determines the TBS of the current data transmission according to the NPRB (Index Transport Block Size), the ITBS (Index Transport Block Size) and the number of mapping layers of the current TB (Transport Block), and performs data transmission according to the TBS. The invention further provides a data transmission device and a base station. When the hot-cell coverage data transmission method, the device and the station, provided by the invention, are adopted, the modulation mode can be optimized to be capable of supporting 256 QAM at most, the system throughput is improved, and the problem that the system transmission rate can not satisfy actual demands in hot cell coverage can be solved.

A system, method, and computer program product for software code testing. By creating a coverage database that relates specific code portions to specific tests, the user or system can then determine which tests must be run for any code modification, and can run only those tests instead of the entire battery of tests.

The invention discloses a high-level verification method applying a UVM verification platform, and aims to provide a high-level verification method which has a higher level of verification abstractionlevel and improves the verification efficiency. According to the technical scheme, the high-level verification method applying the UVM verification platform is technically characterized by comprisingthe following steps that the verification platform is started, a TOP layer is called to complete a clock needed by a test platform, and a reset signal and instantiation are generated; The TEST layersends a high-level sequence, the high-level sequence is forwarded to the driver through the sequence generator, the driver extracts corresponding bottom-layer sub-sequences and configuration parameters from the database for sequence initialization, sequence analysis and sequence storage, and then the bottom-layer sub-sequences are sent to the DUT through the virtual interface; The monitor collectsDUT output data and coverage rate data and transmits the collected data to the data collection library, and the scoreboard extracts to-be-compared data from the data collection library and outputs averification result after comparison is completed.

A system and method for instrumenting a software build to automatically generate code coverage data without the use of external code coverage tools is presented. A software build is generated. The software build is independently executable. The software build is then instrumented to automatically generate code coverage data when executed. The instrumented software is executable independent of any external code coverage tools.

The invention relates to an SWMM modeling-oriented and multi-element-considered method for automatically dividing sub-basins of city regions. The method comprises the following steps of: S1, carrying out sub-basin automatic modeling on a to-be-divided region by using DEM data, basic geographic data, land utilization/coverage data and rainwater pipe network data of the to-be-divided region; S2, following the terrains to obtain a river network water outlet sub-basin; S3, obtaining a river network water outlet sub-basin division unit; S4, carrying out division to obtain rainwater well sub-basins; S5, combining the rainwater well sub-basins obtained by the river network water outlet sub-basin division unit and then carrying out topological check and local correction to obtain final geometrical morphologies of sub-basins of the to-be-divided region; and S6, setting attribute information of the sub-basins of the to-be-divided region and carrying out SWMM modeling-oriented automatic calculation on the attribute information of the sub-basins. According to the method provided by the invention, the influences caused by multiple elements such as terrains, river systems, roads, artificial building facilities and rainwater pipe networks to the city surface rainwater conflux are considered, so that the automatic division of sub-basins in the city regions is realized.

A method, apparatus, and computer instructions for presenting coverage data relating to data access occurring during execution of code. The coverage data containing data access indicators associated with memory locations is obtained. The data access indicators that have been set by a processor in the data processing system in response to access of the memory locations during execution of the code by the processor are identified to form set data access indicators. Each set instruction access indicator is associated with a portion of the memory locations allocated for the code. A presentation for coverage data is generated, wherein the set data access indicators are identified in the presentation.

In one embodiment of the invention, a method for verification of an integrated circuit design is disclosed. The method includes independently executing simulation runs in response to a plurality of coverage models to respectively generate a plurality of coverage data for a plurality of functional blocks within one or more integrated circuit designs; generating a target coverage model to selectively merge at least first coverage data associated with a first coverage model and second coverage data associated with a second coverage model; and in response to the target coverage model and the plurality of simulation runs, selectively projecting the plurality of coverage data into a merged coverage data result associated with the target coverage model. The method may further store the merged coverage data results into a storage device. The plurality of simulation runs may include at least one functional simulation run and at least one formal verification run.