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Video analysis solutions offer a transformative approach to understanding and utilizing video data. By employing advanced algorithms and deep learning techniques, these solutions extract valuable information from videos, such as identifying objects,... moreVideo analysis solutions offer a transformative approach to understanding and utilizing video data. By employing advanced algorithms and deep learning techniques, these solutions extract valuable information from videos, such as identifying objects, detecting anomalies, and analyzing behavior patterns. Whether for security monitoring, marketing analytics, or industrial automation, video analysis empowers organizations to leverage their video assets effectively. With real-time processing capabilities and scalable architectures, these solutions enable businesses to gain actionable insights, make informed decisions, and stay ahead in today's data-driven world.
#videoanalysissolutions #videoanalytics #video #analysis #solutions less
What is Intelligent Video Analytics? Video Analysis or Video Content Analytics (VCA) refers to the process of extracting useful information from video files, such as identifying stationary or moving objects or individuals (biometric security) under observ
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What exactly is a Software Product Analysis? These are the Key Takeaways
In this blog, we're going to give you a quick overview of what software product analysis is. We'll explain what it is, and what it can do for you as a business. We'll also give you... moreWhat exactly is a Software Product Analysis? These are the Key Takeaways
In this blog, we're going to give you a quick overview of what software product analysis is. We'll explain what it is, and what it can do for you as a business. We'll also give you some key takeaways that you need to know if you're planning on doing a software product analysis.
https://www.zupyak.com/p/3466424/t/what-exactly-is-a-software-product-analysis-these-are-the-key-takeaways />
#software #product #analysis #key #takeaways #mobileappdevelopment #mobileapps #appdevelopment #app #share #technology #scratch #people #iOS #android less
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Untargeted Metabolomics #lc #ms #metabolomics #analysis The LC-MS untargeted metabolomics is used for unbiased detection of metabolites in samples by liquid chromatography-mass spectrometry and to obtain their qualitative and quantitative information.... moreUntargeted Metabolomics #lc #ms #metabolomics #analysis The LC-MS untargeted metabolomics is used for unbiased detection of metabolites in samples by liquid chromatography-mass spectrometry and to obtain their qualitative and quantitative information. https://www.metwarebio.com/untargeted-metabolomics-service/ less
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In the early stage of product development, through the targeted design of product reliability enhancement test programs, accelerate the exposure of product defects or weaknesses, and optimize products to improve product reliability, so as to reduce... moreIn the early stage of product development, through the targeted design of product reliability enhancement test programs, accelerate the exposure of product defects or weaknesses, and optimize products to improve product reliability, so as to reduce product market failure rate and extend product effectiveness life, the purpose of reducing maintenance costs during the product life cycle.
#Product #failure #analysis
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Top Quantitative analysis Services
Quantitative analysis of data gives systematic, detailed information about the problem at hand related to the target audience for the statistical evaluation. Our #marketing_research techniques like #surveys,... moreTop Quantitative analysis Services
Quantitative analysis of data gives systematic, detailed information about the problem at hand related to the target audience for the statistical evaluation. Our #marketing_research techniques like #surveys, questionnaires and polls provides data which is evaluated #numerically, #statistically & #mathematically to form better #strategies and #marketing plans.
Explore with us https://snwareresearch.com/quantitative-research.php />
𝗖𝗼𝗻𝗻𝗲𝗰𝘁 𝗼𝗻 𝗖𝗮𝗹𝗹 𝗮𝘁 +91-011-47064872
#SnwareResearch #SnwareResearchServices #marketresearcher ##ResearchMethodology #analysis #quantitativeanalysis #quantitative #quantitativeresearch #quantitativemethods less
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BT-Online1
#particle #size #analysis #of #nanoparticles
Online Particle Size Analyzer
BT-Online1 Online Particle Size Analyzer is an on-line particle size monitoring system for real-time particle size monitoring and control in powder manufacturing... moreBT-Online1
#particle #size #analysis #of #nanoparticles
Online Particle Size Analyzer
BT-Online1 Online Particle Size Analyzer is an on-line particle size monitoring system for real-time particle size monitoring and control in powder manufacturing industries. Driven by Standard Operation Procedure (SOP), it automatically samples, measures, recovers and processes data directly from the powder delivery pipeline, providing 24-hour particle size detection and control for a variety of dry powder production lines.
Measurement: Particle size
Particle size range: 0.1 to 1000µm
Dispersion type: Dry
Technology: Laser diffraction
Overview
FeaturesPerformanceTechnologySpecificationInquiry
Features and Benefits
Measuring range: 0.1 - 1000 µm
Repeatability: ≤3% (GBRM D50)
Accuracy: ≤3% (GBRM D50)
SOP: Standard Operation Procedure
Detectors: 68 pieces
Test speed: ≤1 min
High-performance semiconductor laser with long lifespan
Automatic Alignment
Automatic Centering
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Automated Imaging
#dynamic #imaging #particle #analysis
Most particle size measurement technology methods are based on the assumption of spherical shaped particles. This hypothesis leads to significant errors in the analysis if the particles are flake... moreAutomated Imaging
#dynamic #imaging #particle #analysis
Most particle size measurement technology methods are based on the assumption of spherical shaped particles. This hypothesis leads to significant errors in the analysis if the particles are flake or rod-shaped. Especially for such highly form-anisotropic particles, automated imaging provides an excellent alternative for the determination of tailor-made size specifications.
Automated imaging methods for the determination of the particle size distribution of a material offers a fundamental advantage over alternative methods such as static light scattering, sedimentation or sieving: Each particle is photographed individually! This results in several important advantages for the determination of the particle size distribution:
Realistic proportional values also at the edges of the size distribution, i. e. detection of oversized particles or fine particles
Visual assessment of the dispersing state of a sample (dispersing quality, presence of agglomerates)
Calculation of meaningful size parameters, e. g. geodetic length or Feret diameter for fibres, depending on the application
Selection of the appropriate distribution type (volume, number) depending on the particular task
In addition, the individual photography of the particles gives the opportunity to make statistical calculations on the particle shape, which in practice enables further differentiation of materials. For example, form anisotropy, the deviation of the particles from the ideal sphere, often plays a decisive role for their application and further processing – for example, the conveyance or compaction of powders, the influence on the rheology in dispersions or, in addition to the particle size distribution, the roughness of the particle surface plays an important role for the success of shaping or polishing.
The necessity for tailor-made particle size and shape parameters, combined with ever-increasing PC processing power, ensures that automated imaging methods are becoming increasingly more relevant to a market which is 95% non-spherical..
The image taking is ensured by special digital cameras, if necessary in combination to a microscope, to enlarge the particles. The particles may be present neutral (e.g. on an objective) or in motion as well. The dispersing (separation) of particles is possible both in dry-mode (e.g. by simple conveying and riddling or by the usage of compressed air) but also in wet-mode in a solvent. An absolutely basic requirement to perform a successful particle shape analysis is high resolution, image sharpness, good sample dispersing resulting in measurement of individual particles and suitable enlargement. More explanation of this expression required etc. Image processing by appropriate software leads to upgraded pictures: for example isolated pixels and edging particles are eliminated, variations in brightness and signal noise are retouched and agglomerated particles are separated. The main part in object detection is image binarization, whereby every image pixel is assigned to a particle (black) or the background (white) using a threshold. The recognition of objects (particles) and feature attribution is realized by the software. In the last step, the classification, the particles are arranged in classes (e.g. size equivalent classes) on the basis of their attributed features (size and shape parameters).
Numerous size and shape parameters can be determined from the particles images by the appropriate software. Important size parameters are for example (CE) equivalent disc diameter Deq, maximum inscribed disc diameter Din, fiber length XLG (geodesic length) and fiber diameter XFD.
The equivalent disc diameter corresponds to the disc diameter of identical area to 2-D-projected particles, which is often used as size indicator for irregular shaped particles in process technology. On the contrary the maximum inscribed disc diameter of the 2-D-projected particle corresponds more or less to the sieve diameter. The geodesic length and the fiber diameter are suited very well for the characterization of fibers.
Important size parameters automated imaging
There are numerous and very application-specific shape parameters. The aim is to get extra morphological parameters in addition to particle size, whereby the particle characteristics can be better or basically described. Examples are “aspect ratio AD”, the ratio of length to width of the particles, “circularity ZK”, an indicator for particle deviation from the ideal circle and “concavity index C”, which reflects the ratio of area difference of convex envelope and area of the particle to convex envelope. Another important shape parameter is “perimeter”, which displays the particle coverage.
Important shape parameters automated imaging
Literature and norms
/1/ ISO 13322-2: Particle size analysis – Image analysis methods – Part 2: Dynamic image analysis methods
/2/ ISO 9276-6 Representation of results of particle size analysis – Part 6: Descriptive and quantitative representation of particle shape and morphology
A detailed description of particle shape can be found HERE.
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