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Learn more 1 confidential indicators T Peripheral Device Discovery Discovery Adversaries may attempt to gather information about attached peripheral devices and components connected to a computer system. Download as CSV Close. DLL from docmode. DLL" "docmode. DLL" "explorer. EXE" "docmode. All Details:. Visualization Input File PortEx.

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Free for seven days. Your version About Ansi based on Hybrid Analysis docmode. AddressFamily Unicode based on Runtime Data docmode. AudioSrv Unicode based on Runtime Data docmode. Courier Ansi based on Hybrid Analysis docmode. The payload was designed to operate atop a military electronics shelter mounted on a 4-wheel drive truck to be above most atmospheric ground turbulence.

Pointing orientation in altitude is limited by constraints imposed by use of a liquid nitrogen detector Dewar in the spectrometer. Stepper motor drives and control system are compatible with existing custom software used with other instrumentation for controlled incremental raster stepping.

The altitude axis passes close to the center of gravity of the complete payload to minimize load eccentricity and drive torque requirements.

Initial applications to characterization of remote gas plumes have been successful. In vitro evaluation of photon and raster-scanned carbon ion radiotherapy in combination with gemcitabine in pancreatic cancer cell lines.

Conventional radiotherapy with or without additional chemotherapy has been applied in the past in the context of neoadjuvant or adjuvant therapy concepts with only modest results, however new radiation modalities, such as particle therapy with promising physical and biological characteristics, present an alternative treatment option for patients with pancreatic cancer.

Up until now the raster scanning technique employed at our institution for the application of carbon ions has been unique, and no radiobiological data using pancreatic cancer cells has been available yet. The aim of this study was to evaluate cytotoxic effects that can be achieved by treating pancreatic cancer cell lines with combinations of X-rays and gemcitabine, or alternatively with carbon ion irradiation and gemcitabine, respectively.

Human pancreatic cancer cell lines AsPC-1, BxPC-3 and Panc-1 were irradiated with photons and carbon ions at various doses and treated with gemcitabine. Responsiveness of pancreatic cancer cells to the treatment was measured by clonogenic survival. Clonogenic survival curves were then compared to predicted curves that were calculated employing the local effect model LEM. Cell survival curves were calculated from the surviving fractions of each combination experiment and compared to a drug control that was only irradiated with X-rays or carbon ions, without application of gemcitabine.

In terms of cytotoxicity, additive effects were achieved for the cell lines Panc-1 and BxPC-3, and a slight radiosensitizing effect was observed for AsPC Relative biological effectiveness RBE of carbon.

Fast generation of multiple resolution instances of raster data sets. In many GIS applications it is important to study the characteristics of a raster data set at multiple resolutions. Often this is done by generating several coarser resolution rasters from a fine resolution raster. In this paper we describe efficient algorithms for different variants of this. Full Text Available Continuous work in creating new designer solutions points towards the need to create personal routines as personalcommunication in the relation comprising design, algorithms, and original computer graphics.

This paper showsprocedures for developing a control language for creating graphic designs with individual raster elements screeningelement obtaint by halftoning. Personal commands should set routines in a language understood by the printer andthe designer. The PostScript basis is used because we mix vector and pixel graphics in the same program stream, aswell as different colour systems, and our own raster forms.

The printing raster is set with the target of special designmulti-use, and this includes the field of security graphics and art computer reproduction. Each raster form assumesmodifications, creating their raster family.

The raster cell content is transformed with PostScript, allowing the settingof basic values, angle and liniature for each pixel separately. Raster cells are mixed in multi-colour graphics to thelevel of individual designs with variable values of parameters determining them. In this paper we describe efficient algorithms for different variants of this prob In this paper we describe efficient algorithms for different variants We also provide two algorithms that solve this problem in external memory, that is when the input raster is larger than the main memory.

For this variant we describe an algorithm that runs in U logN time in internal memory, where U is the size of the output. We show how this algorithm can be adapted to perform efficiently in the external memory using O sort U data transfers from the disk. We have also implemented two of the presented algorithms The text is known to contain valuable works by the mathematician, including the ''Method of Mechanical Theorems, the Equilibrium of Planes, On Floating Bodies'', and several diagrams as well.

The only surviving copy of the text was recycled into a prayer book in the Middle Ages. The ink used to write on the goat skin parchment is partly composed of iron, which is visible by x-ray radiation. To image the palimpsest pages, the parchment is framed and placed in a stage that moves according to the raster method. When an x-ray beam strikes the parchment, the iron in the ink is detected by a germanium detector.

The resulting signal is converted to a gray-scale image on the imaging program, Rasplot. It is extremely important that each line of data is perfectly aligned with the line that came before it because the image is scanned in two directions. The objectives of this experiment were to determine the best parameters for producing well-aligned images and to reduce the scanning time. Imaging half a page of parchment during previous beam time for this project was achieved in thirty hours.

Equations were produced to evaluate count time, shutter time, and the number of pixels in this experiment. The remaining pages were successfully imaged and sent to ancient Greek experts for translation. Vertical Scan -Conversion for Filling Purposes. Conventional scan -conversion algorithms were developed independently of filling algorithms.

They cause many problems, when used for filling purposes. However, today's raster printers and plotters require extended use of filling, especially for the generation of typographic characters and graphic line art. A new scan -conversion algorithm, called vertical scan -conversion has been specifically designed to meet the requirements of parity scan line fill algorithms. Vertical scan -conversion ensures The U.

REPTool is designed to introduce concepts of error and uncertainty in geospatial data and modeling and provide users of ArcGIS Desktop a geoprocessing tool and methodology to consider how error affects geospatial model output. REPTool consists of public-domain, Python-based packages that implement Latin Hypercube Sampling within a probabilistic framework to track error propagation in geospatial models and quantitatively estimate the uncertainty of the model output.

Users may specify error for each input raster or model coefficient represented in the geospatial model. The error for the input rasters may be specified as either spatially invariant or spatially variable across the spatial domain. Users may specify model output as a distribution of uncertainty for each raster cell.

REPTool uses the Relative Variance Contribution method to quantify the relative error contribution from the two primary components in the geospatial model - errors in the model input data and coefficients of the model variables.

REPTool is appropriate for many types of geospatial processing operations, modeling applications, and related research questions, including applications that consider spatially invariant or spatially variable error in geospatial data. Capabilities and diagnostics of the Sandia Pelletron- raster system. This rastered beam option has been studied in detail.

Beam characteristics have been determined as a function of incident electron beam energy, current, and deflection system parameters. The beam diagnostics required to define any given diffuse beam pattern are accurate and predictable. Recently, utility of this added PELLETRON capability was demonstrated by simulating the effects of complex nuclear reactor accident electron environments on electrical insulation materials similar to those used in nuclear power plants.

Technical Report on Raster field test at a Water Board. We developed the Raster method to enable organisations to assess their telecommunication service unavailability risks. To validate Raster in practice we conducted. Full Text Available This paper summarizes the general requirements and specific characteristics of both geospatial raster database management system and raster data processing platform from a domain-specific perspective as well as from a computing point of view.

It also discusses the need of tight integration between the database system and the processing system. These requirements resulted in Oracle Spatial Geo Raster , a global scale and high performance earth imagery and raster data management and processing platform.

The rationale, design, implementation, and benefits of Oracle Spatial Geo Raster are described. Basically, as a database management system, Geo Raster defines an integrated raster data model, supports image compression, data manipulation, general and spatial indices, content and context based queries and updates, versioning, concurrency, security, replication, standby, backup and recovery, multitenancy, and ETL.

It provides high scalability using computer and storage clustering. As a raster data processing platform, Geo Raster provides basic operations, image processing, raster analytics, and data distribution featuring high performance computing HPC. Specifically, HPC features include locality computing, concurrent processing, parallel processing, and in-memory computing. In addition, the APIs and the plug-in architecture are discussed.

This paper summarizes the general requirements and specific characteristics of both geospatial raster database management system and raster data processing platform from a domain-specific perspective as well as from a computing point of view. Analysis of self-organized In Ga As quantum structures with the scanning transmission electron microscope; Analyse selbstorganisierter In Ga As-Quantenstrukturen mit dem Raster -Transmissionselektronenmikroskop.

Aim of this thesis was to apply the analytical methods of the scanning transmission electron microscopy to the study of self-organized In Ga As quantum structures. With the imaging methods Z contrast and bright field position resolutions in the subnanometer range and especially with the possibilities of the quantitative chemical EELS analysis of the scanning transmission electron microscope STEM fundamental questions concerning morphology and chemical properties of self-organized quantum structures should be answered.

By the high position resolution of the STEM among others essentail morphological and structural parameters in the growth behaviour of 'dot in a well' DWell structures and of vertically correlated quantum dots QDs could be analyzed. Mit den abbildenden Methoden Z-Kontrast und Hellfeld Ortsaufloesungen im Subnanometerbereich und insbesondere mit den Moeglichkeiten der quantitativen chemischen EELS-Analyse des Raster -Transmissionselektronenmikroskops RTEMs sollten grundsaetzliche Fragestellungen hinsichtlich der Morphologie und der chemischen Eigenschaften selbstorganisierter Quantenstrukturen beantwortet werden.

Raster microdiffraction with synchrotron radiation of hydrated biopolymers with nanometre step-resolution: case study of starch granules. Riekel, C. Radiation damage propagation was examined in starch granules by synchrotron radiation micro- and nano-diffraction techniques from cryo- to room temperatures. Careful dose limitation allowed raster -diffraction experiments with nm step resolution to be performed.

X-ray radiation damage propagation is explored for hydrated starch granules in order to reduce the step resolution in raster -microdiffraction experiments to the nanometre range. Radiation damage was induced by synchrotron radiation microbeams of 5, 1 and 0. The temperature dependence of radiation damage suggests that primary radiation damage prevails up to about K while secondary radiation damage becomes effective at higher temperatures.

Primary radiation damage remains confined to the beam track at K. Propagation of radiation damage beyond the beam track at room temperature is assumed to be due to reactive species generated principally by water radiolysis induced by photoelectrons.

By careful dose selection during data collection, raster scans with nm step-resolution could be performed for granules immersed in water. FTCRP: file format for the device-independent transfer of colored raster pictures.

Research institutes, industrial companies, computer animation studios and printing facilities are often equipped with a lot of different machines for the rendering and display of raster pictures. The output devices monitors, recording devices, printers differ in their geometric and color resolution, in the picture format, and in the chromaticity of the color primaries. There is a need to transfer pictures via local networks LAN from one device to another at studios and laboratories without having to compromise for the quality of the pictures.

And there is a need to transfer pictures via tape, floppy or networks WAN from one institute to another, or from an institute to the publisher, and so forth. For these purposes, a special format for the transfer of raster pictures has been developed which is independent of differences in pixel resolution, color resolution, color primaries, number of colors per device, and scan direction. For its use in the networks and on tapes, the file format has to initially have a character encoding to prevent any collision of pixel or image data with control sequences of terminal servers, network controllers, and other hardware devices.

Binary encodings are still to be developed; the format is open for different data compressions and other data encodings according to different application profiles. Several insights were gained in the imple-mentation of FTCRP driver programs and in the acceptance of the new format. Here, we present the conception of Version 1 of FTCRP, which is an extension and an enhancement of the former version.

Therefore we concentrate on conceptual considerations. This paper is intended to encourage further discussion and refinements. Visual neuroscience experiments and Brain-Computer Interface BCI control often require strict timings in a millisecond scale. As most experiments are performed using a personal computer PC , the latencies that are introduced by the setup should be taken into account and be corrected.

As a standard computer monitor uses a rastering to update each line of the image sequentially, this causes a monitor raster latency which depends on the position, on the monitor and the refresh rate. We technically measured the raster latencies of different monitors and present the effects on visual evoked potentials VEPs and event-related potentials ERPs. Additionally we present a method for correcting the monitor raster latency and analyzed the performance difference of a code-modulated VEP BCI speller by correcting the latency.

Furthermore, correcting the raster latency resulted in a significant reduction of the target prediction error from 7. The monitor raster latency affects the timings of VEPs and ERPs, and correcting resulted in a significant error reduction of It is recommend to correct the raster latency for an increased BCI performance and methodical correctness. All rights reserved. Rasdaman for Big Spatial Raster Data.

Spatial raster data have grown exponentially over the past decade. Recent advancements on data acquisition technology, such as remote sensing, have allowed us to collect massive observation data of various spatial resolution and domain coverage. The volume, velocity, and variety of such spatial data, along with the computational intensive nature of spatial queries, pose grand challenge to the storage technologies for effective big data management.

While high performance computing platforms e. Recently, rasdaman raster data manager has emerged as a scalable and cost-effective database solution to store and retrieve massive multi-dimensional arrays, such as sensor, image, and statistics data.

Within this paper, the pros and cons of using rasdaman to manage and query spatial raster data will be examined and compared with other common approaches, including file-based systems, relational databases e. Lessons learnt from using rasdaman will be discussed as well. Fishing Revenue-Intensity Raster Database, National Oceanic and Atmospheric Administration, Department of Commerce — These revenue-intensity rasters were built as part of an effort to improve upon the spatial precision of self-reported Vessel Trip Report VTR fishing locations Minnesota Department of Natural Resources — Raster -based land cover data set derived from 30 meter resolution Thematic Mapper satellite imagery.

Classification is divided into 16 classes with source imagery Timothy G. Wade; James D. Wickham; Maliha S. Nash; Anne C. Neale; Kurt H.

Riitters; K. Bruce Jones. AbstractGIS-based measurements that combine native raster and native vector data are commonly used in environmental assessments. Most of these measurements can be calculated using either raster or vector data formats and processing methods. Raster processes are more commonly used because they can be significantly faster computationally A retinal scanning display RSD is a visual display that presents an image to an observer via a modulated beam of light that is directed through the eye's pupil and rapidly scanned in a raster -like pattern across the retina The data were converted from vector into raster.

Laser scanning camera inspects hazardous area. Main operational characteristics of a new laser scanning camera are presented. The camera is intended primarily for low level high resolution viewing inside nuclear reactors. It uses a He-Ne laser beam raster ; by detecting the reflected light by means of a phomultiplier, the subject under observation can be reconstructed in an electronic video store and reviewed on a conventional monitor screen. Development of a raster electronics system for expanding the APT proton beam.

Chapelle, S. A beam expansion system is required to uniformly irradiate a 19 x cm tritium production target. This paper describes a beam expansion system consisting of eight ferrite dipole magnets to raster the beam in the x- and y-planes and also describes the salient features of the design of the electronics that are unique to the expander.

Fault detection circuitry shuts down the beam before the target can be damaged by a failure of the raster system. Test data are presented for the prototype system. Method of composing two-dimensional scanned spectra observed by the New Vacuum Solar Telescope. In this paper we illustrate the technique used by the New Vacuum Solar Telescope NVST to increase the spatial resolution of two-dimensional 2D solar spectroscopy observations involving two dimensions of space and one of wavelength.

Without an image stabilizer at the NVST, large scale wobble motion is present during the spatial scanning , whose instantaneous amplitude can reach 1.

We make the following effort to resolve this problem: the imaging system e. The spectral data e. Raster scans are carried out in several active regions with different seeing conditions two rasters are illustrated in this paper.

Given a certain spatial sampling and temporal resolution, the spatial resolution of the composed 2D map could be close to that of the slit-jaw image. The resulting quality after correction is quantitatively evaluated with two methods. A physical quantity, such as the line-of-sight velocities in multiple layers of the solar atmosphere, is also inferred from the re-arranged spectrum, demonstrating the advantage of this technique.

Custom-made raster method for fistula and graft. Unfamiliarity with fistula and graft characteristics can lead to failed punctures, haematomas and sometimes access occlusion. The Custom-made Raster Method provides detailed shunt visualisation and angiographic images by using photo-editing software. Access veins of an individual shunt and an adapted raster are projected on a digital picture of the arm.

During angiography the shunt arm is fixated and a digital picture is taken from a fixed vertical angle and distance. Reference points are marked on the shunt arm, which serves as a fixation to draw a raster with coordination points.

In this way a picture is created similar to a roadmap with veins. All illustrations fit by scaling up or down without distortion. Editing with Photoshop gives a precise projection of shunt veins on the real coloured background of the digital photograph. In this projection the grey angiography background is made completely transparent. The system can contain more detailed information in combination with echo duplex images of depth and diameter. This visualisation method is a useful tool for multi disciplinary access meetings with intervention radiologists, access surgeons and nephrologists.

Access malfunction, aneurysms and stenosis can be projected at the exact location. The system leads to clear and concrete puncture advice. Transfer of access information and communication to other dialysis centres is facilitated.

National Oceanic and Atmospheric Administration, Department of Commerce — This personal geodatabase contains raster images of turbidity in the Gulf of Maine. These raster images are a composite of several years binned by season Transverse section radionuclide scanning system.

This invention provides a transverse section radionuclide scanning system for high-sensitivity quantification of brain radioactivity in cross-section picture format in order to permit accurate assessment of regional brain function localized in three dimensions. High sensitivity crucially depends on overcoming the heretofore known raster type scanning , which requires back and forth detector movement involving dead-time or partial enclosure of the scan field.

Accordingly, this invention provides a detector array having no back and forth movement by interlaced detectors that enclose the scan field and rotate as an integral unit around one axis of rotation in a slip ring that continuously transmits the detector data by means of laser emitting diodes, with the advantages that increased amounts of data can be continuously collected, processed and displayed with increased sensitivity according to a suitable computer program.

National Oceanic and Atmospheric Administration, Department of Commerce — This geodatabase contains seasonal water stratification raster images for the Gulf of Maine. They were created by interpolating water density sigma t values at Experimental determination of chosen document elements parameters from raster graphics sources. Full Text Available Visual appearance of documents and their formal quality is considered to be as important as the content quality.

Formal and typographical quality of documents can be evaluated by an automated system that processes raster images of documents. A document is described by a formal model that treats a page as an object and also as a set of elements, whereas page elements include text and graphic object. For future evaluation, mainly text objects are important. This paper describes the experimental determination of chosen document elements parameters from raster images. Techniques for image processing are used, where an image is represented as a matrix of dots and parameter values are extracted.

Algorithms for parameter extraction from raster images were designed and were aimed mainly at typographical parameters like indentation, alignment, font size or spacing. Algorithms were tested on a set of images of paragraphs or pages and provide very good results. Extracted parameters can be directly used for typographical quality evaluation. Whole pipe range is inspected with 5 probes and 6 wedges: 4 1-dimensional probe for sound wave scanning different frequency, different apertures ; 1 dual matrix probe for LW scanning ; there are 3 types of wedges optimized for weld inspection.

Weld is scanned in ' Raster Scan ', maximum range from 35 up to 80 degrees. Probe selection is defined in the procedure according to pipe diameter, pipe thickness and type of access single or dual side.

We have to note that datasets for dual matrix probe are provided with the procedure because this kind of probe cannot be programmed inside Phasor XS. Full Text Available The leaf area index LAI is defined as the one-side leaf area per unit ground area, and is probably the most widely used index to characterize grapevine vigor.

However, LAI varies spatially within vineyard plots. Mapping and quantifying this variability is very important for improving management decisions and agricultural practices. In this study, a mobile terrestrial laser scanner MTLS was used to map the LAI of a vineyard, and then to examine how different scanning methods on-the-go or discontinuous systematic sampling may affect the reliability of the resulting raster maps.

The use of the MTLS allows calculating the enveloping vegetative area of the canopy, which is the sum of the leaf wall areas for both sides of the row excluding gaps and the projected upper area. Obtaining the enveloping areas requires scanning from both sides one meter length section along the row at each systematic sampling point.

By converting the enveloping areas into LAI values, a raster map of the latter can be obtained by spatial interpolation kriging. However, the user can opt for scanning on-the-go in a continuous way and compute 1-m LAI values along the rows, or instead, perform the scanning at discontinuous systematic sampling within the plot.

An analysis of correlation between maps indicated that MTLS can be used discontinuously in specific sampling sections separated by up to 15 m along the rows. This capability significantly reduces the amount of data to be acquired at field level, the data storage capacity and the processing power of computers. A scanning interference electron microscope SIEM capable of observing magnetic induction distribution with high sensitivity and spatial resolution has been developed.

The SIEM uses a pair of fine coherent scanning probes and detects their relative phase change by magnetic induction, giving raster images of microscopic magnetic distributions. Its performance has been demonstrated by observing magnetic induction distributed near the edge of a recorded magnetic storage medium. Obtained images are compared with corresponding images taken in the scanning Lorentz electron microscope mode using the same microscope, and the differences between them are discussed.

The algorithms are not only very efficient in theory, but also in practice: our experiments show that our algorithms can handle raster data sets of hundreds The categorical richness problem is related to colored range counting, where the goal is to preprocess a colored point set such that we can efficiently count the number of colors appearing inside a query range. In many scientific fields, it is common to encounter raster data sets consisting of categorical data, such as soil type or land usage of a terrain.

A problem that arises in the presence of such data is the following: given a raster G of n cells storing categorical data, compute for every cell c Software-based data path for raster-scanned multi-beam mask lithography.

Christopher; Rao, Nagswara. Features available in EDA software such as sizing, scaling, tone reversal, OPC, MPC, rasterization , and others are easily adapted to the requirements of a data path system. This paper presents the motivation, requirements, design and performance of an advanced, scalable software data path system suitable to support multi-beam laser mask lithography.

Combs med. Puropose: To asses early toxicity and response in patients treated with scanned ion beams to validate the safety of intensity-controlled raster scanning at the Heidelberg Ion Therapy Center.

Patients and Methods: Between November and June , we treated patients with proton and carbon ion radiotherapy RT using active beam delivery. The main indications included skull base chordomas and chondrosarcomas, salivary gland tumors, and gliomas. We evaluated early toxicity within 6 weeks after RT and the initial clinical and radiologic response for quality assurance in our new facility. Results: In all patients, few side effects were observed, in particular, no high numbers of severe acute toxicity were found.

The most frequent side effects and cumulative incidence of single side effects were observed in the head-and-neck patients treated with particle therapy as a boost and photon intensity-modulated RT. The toxicities included common radiation-attributed reactions known from photon RT, including mucositis, dysphagia, and skin erythema. The most predominant imaging responses were observed in patients with high-grade gliomas and those with salivary gland tumors.

For skull base tumors, imaging showed a stable tumor outline in most patients. Thirteen patients showed improvement of pre-existing clinical symptoms. Conclusions: Side effects related to particle treatment were rare, and the overall tolerability of the treatment was shown. The initial response was promising. The data have confirmed the safe delivery of carbon ions and protons at the newly opened Heidelberg facility.

These raster images are seasonal composites, and were These raster images are monthly composites, and were These raster images are a composite of several years Over the last few years, simultaneous recordings of multiple spike trains have become widely used by neuroscientists.

Therefore, it is important to develop new tools for analysing multiple spike trains in order to gain new insight into the function of neural systems. This paper describes how techniques from the field of visual analytics can be used to reveal specific patterns of neural activity. An interactive raster plot called i Raster has been developed.

This software incorporates a selection of statistical procedures for visualization and flexible manipulations with multiple spike trains. For example, there are several procedures for the re-ordering of spike trains which can be used to unmask activity propagation, spiking synchronization, and many other important features of multiple spike train activity. Additionally, i Raster includes a rate representation of neural activity, a combined representation of rate and spikes, spike train removal and time interval removal.

Furthermore, it provides multiple coordinated views, time and spike train zooming windows, a fisheye lens distortion, and dissemination facilities. This tool has been successfully used to analyse both synthetic and experimentally recorded datasets. In this paper, the main features of i Raster are described and its performance and effectiveness are demonstrated using various types of data including experimental multi-electrode array recordings from the ganglion cell layer in mouse retina.

The overall aim of the VISA project is to provide neuroscientists with the ability to freely explore and analyse their data. The software is freely available from the Visualization Lab website see www. The optimal focus in-focus position of the microscope is achieved by maximizing the image sharpness using a vision-based closed-loop control scheme.

An iterative optimization algorithm has been designed using the sharpness score derived from image gradient information. The proposed method has been implemented and validated using a tungsten gun SEM at various experimental conditions like varying raster scan speed, magnification at real-time. We demonstrate that the proposed autofocus technique is accurate, robust and fast.

Laser scanning of experimental solar cells. A description is presented of a laser scanning instrument which makes it possible to display and measure the spatial response of a solar cell.

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