Showing results: 61 - 75 of 683 items found.
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REA VeriCube -
REA Elektronik GmbH
The REA VeriCube is a state-of-the-art matrix and barcode verification device which can be used across all industry sectors. Whether lying, standing or from top to bottom, virtually any test sample can be measured contact-free in the optimum measuring position. The measurement of optical codes in compliance with defined angles, distances and lighting allows accurate and reproducible measurement results and quality evaluations.
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Inspector Model D4000 Auto Optic -
RJS Technologies, Inc.
The Model D4000 Auto Optic provides ISO 15416 and ANSI X3.182 Method. This unique portable bar code verifier can interface with either the patented RJS Auto-Optic scan head or a laser scanner (either in a single piece or connected with a cable). Store and print capability, multiple scan averaging and subsymbology choices are easily accessed through a simple four-button user interface. The scanners are easily installed by the user, which makes the unit quickly adaptable to practically any verification requirement.
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Inspector 5000 Auto Optic -
RJS Technologies, Inc.
The Inspector 5000 Auto Optic provides ISO 15416 and ANSI X3.182 Method. This unique portable bar code verifier can interface with either the patented RJS Auto-Optic scan head or a laser scanner. Store and print capability, multiple scan averaging and subsymbology choices are easily accessed through a simple seven-button user interface with a large color LCD display. The scanners are easily installed by the user, which makes the unit quickly adaptable to practically any verification requirement.
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PikeTec GmbH
You can test C/C++ code via the TPT-internal virtual machine or by using the TPT-internal co-simulation platform FUSION.The test environment that is needed to connect the C-code with TPT can be generated automatically by TPT.You can use multidimensional arrays, maps, curves, and structured data types in your test settings. Function calls and function stubs are also supported by TPT.You can even debug your C-code during testing. Tools like GCC, Visual Studio, BCC, or LLVM can be used to compile the executable.
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Inspector Model D4000 CR2 Scanner -
RJS Technologies, Inc.
The Model D4000 CR2 Scanner provide a Point-and-Shoot Traditional Method that also includes the ISO 15416 and ANSI X3.182 Decodability parameter grade. This unique portable bar code verifier can interface with either the patented RJS Auto-Optic scan head or a CR2 scanner (either in a single piece or connected with a cable). Store and print capability, multiple scan averaging and subsymbology choices are easily accessed through a simple four-button user interface. The scanners are easily installed by the user, which makes the unit quickly adaptable to practically any verification requirement.
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Inspector 5000 CR3 Scanner -
RJS Technologies, Inc.
The Inspector 5000 CR3 Scanner provide a Point-and-Shoot Traditional Method that also includes the ISO 15416 and ANSI X3.182 Decodability parameter grade. This unique portable bar code verifier can interface with either a CR3 scanner or the patented RJS Auto-Optic scan head. Store and print capability, multiple scan averaging and subsymbology choices are easily accessed through a simple seven-button user interface with a large color LCD display. The scanners are easily installed by the user, which makes the unit quickly adaptable to practically any verification requirement.
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TimingProfiler -
AbsInt Angewandte Informatik GmbH
Constantly monitor timing behavior during software development, even at the earliest stages. Identify bottlenecks when you haven't even settled for a particular processor derivate yet, and measurements on physical hardware are plain impossible. This makes TimingProfiler ideally suited for constantly monitoring timing behavior during software development and in model-based development environments
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MTCR -
Lectrosonics, Inc.
When the distance is extreme or using a wireless microphone is not practical, the MTCR recorder can travel with your subject and capture professional quality audio, synchronized with timecode. It’s tiny size is unobtrusive and easily placed in garments and costumes, and easy to conceal when used as a “plant” microphone to capture environmental or location sound.
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REA MLV-2D -
REA Elektronik GmbH
The REA MLV-2D is a matrix- and barcode verifier which has been developed in conformance to international standards. The measurement uses defined angeles distance and illuminations to achieve repeatable results and quality information.
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Software Testing Magazine
The quality of the JavaScript code is often verified with the traditional activities of unit and functional testing. There are however tools that allow to check code before its execution to assess its quality and its adherence to coding standards using a process called static code analysis. This article presents a list of open source tools to perform static code analysis on JavaScript.
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Leuze electronic GmbH + Co. KG
Camera-based bar code readers for stationary use: These code readers reliably capture 1D- and 2D-codes; depending on the type, printed or directly marked, omnidirectional, static or in fast motion as well as inverse or mirrored codes. Various version are available with respect to size, robustness, protection classes IP 67 or 69K, speed or high-end functions.
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Leuze electronic GmbH + Co. KG
In production and logistics, the identification of goods and materials through universally usable 1D bar codes controls many processes. The areas of application of our readers are accordingly diverse – from miniature scanners to compact scanners and bar code readers with large reading distances for industrial application. Modular systems, pre-mounted for intralogistics or bar code scanners for specific industries, e.g., for laboratory automation, round out the areas of application. Scanning rates of up to 1,000 scans/s, small installation dimensions, robust housings and integrated heating for use in deep-freeze areas meet the individual requirements of your application.
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REA Elektronik GmbH
Matrix codes enable the comprehensive and seamless traceability of goods, which turns out as significant advantage considering everyday product recalls across all industries. Whether salmonella in food, contaminated cosmetics or poor components: defective products can harm consumers, cause losses of image as well as massive economic losses. Using the 2D code, each individual article can be localized globally. Based on the specific serial number, producers and consumers can clearly identify articles if required. That represents a perfect tool for determining whether the article is subject to be withdrawn from circulation. The proper application and specification of 2D code contents allows for serious and sustainable companies to limit recalls, save costs, and to take responsibility for consumer protection.
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GrammaTech CodeSonar® -
Verifysoft Technology GmbH
CodeSonar is GrammaTech´s flagship static analysis software. Able to analyze both source code and binary code, it is specifically designed for zero-tolerance defect environments. With its advanced static analysis engine, CodeSonar is one of the most effective tools for eliminating the most costly and hard-to-find software defects early in the application development lifecycle. Compared with other tools, CodeSonar identifies twice as many defects that result in system crashes, leaks, data races, memory corruptions and security vulnerabilities.
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Applied Image, Inc.
The UPC Verification Calibration standards are a unique set of symbols that assures an exact and reliable primary bar code standard exists for UPC codes based on ANSI X3.182/ISO 15416 methodology. These standards assures that manufactures of verification equipment, scanners, QC labs and end users now have an accurate basis for checking the measurement capabilities of their equipment. These standards are intended as a fundamental calibration tool for an QC program, providing a continuous scale from best to worse case characteristics of each parameter. With complete NIST traceable data supplied, it is ideally suited to those requiring traceability, such as ISO certification. Each symbol is individually calibrated to ANSI X3.182/ISO 15416 standards using a custom built microdensitometer. These cards are supplied calibrated for use with a 6 mil scan aperture and 660nm wavelength. (calibration wit other aperture sizes or wavelengths is available)
