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The first ever image of a hydrogen bond
2013-10-01 15:40:34| Extremetech
Hydrogen bonds are at the very core of life as we know it, and now for the first time ever scientists have managed to visualize these transient molecular associations. This technique can be used to capture images of structures far smaller than even tunneling electron microscopes can.
EPSSG Image Navigation and Registration Support Consultant 1313080
2013-09-24 12:37:55| Space-careers.com Jobs RSS
Solenix is specialized in the provision of highquality software engineering, technical consulting and operations services in the aerospace domain. This vacancy note concerns an onsite consulting position at EUMETSAT in Darmstadt, Germany. EPSSG Image Navigation and Registration Support Consultancy 1313080 Job Description The Key Person will be integrated into the INR and Calibration Section, which provides support for the EPSSG Programme in the area of INR and geometrical algorithm processing. The general task of the Key Person will be to support the INR aspects within the developing activities of the EPSSG Programme. Primarily the activities have the objective to establish and maintain the knowledge needed to support the INR processing as part of the mission data processing functionality both for online and offline functions. In addition, the Key Person will support and contribute to the review and refinement of the INR architecture at EPSSG System level. In particular the tasks may include Help to develop the INR processing functionality for the mission data processing of all EPSSG instrument missions, throughout the procurement lifecycle. Acquire detailed knowledge on the EPSSG System INR architecture including dependencies and interactions between the platform and the instruments as well as between the instruments hosted on the same platform. Any incompatibilities to the EPSSG requirement baseline need to be identified and resolved. Ensure that the INR processing functionality, including INR testing functionality, which is developed as part of the mission data processing is consistent with the EPSSG System architecture and able to meet the EPSSG requirements on geometric quality and performance. Inconsistencies and noncompliances must be flagged and mitigation measures proposed. Establish and implement a model of the EPSSG INR System architecture, including of the INR estimation process, which allows verification and benchmarking of the INR approach selected by industrial contractors for the instrument mission data processing. Develop, maintain, and procure a INR related test tools and software including INR reference processor software and b INR related test datasets that are necessary for the testing and verification of the EPSSG requirements baseline. Ensure a proper knowledge transfer of all INR aspects from industry to EUMETSAT is implemented in order to ensure longterm maintainability of the preoperational or operational software. Define, develop and maintain INR related processing functionality requirements and specifications. Monitor the evolution of the requirements and the applicability of their versions to developed or procured items. Prepare documents to support tender actions in the area of INR data processing, and, potentially, evaluate responses to them. Support studies and Instrument Functional Chain Team IFCT activities in the area of INR and geometrical processing. Monitor and support INR aspects during the GS development, including contribute to reviews, verification, and testing against appropriate versions of requirements and monitoring and advising on the resolution of deviations. Support system engineering activities related to INR, including reviews, working with the EPSSG System and EPSSG Ground Segment teams, and the EPSSG Science team Support interactions related to INR with the Space Segment, including supporting the review, andor analysis, of INRrelated documentation. Any other tasks deemed appropriate by the technical officer in support of the overall aim of the tasks above. Required Skills and Experience University degree in a relevant discipline such as aerospace engineering, physics or remote sensing. Minimum of three years experience in system design, specifications and implementation of INR processors andor simulators andor mathematical models for imager andor sounder instruments including the development of INR software for processing of satellite meteorological data in UNIX environments. Fluency in English. Expert level on Image Navigation and Registration INR methodologies and techniques, including observable processing, LineofSight LOS modelling, geo location, and state vector estimation for threeaxis stabilised satellites preferably in low Earth orbit. Specification, development, and testing of INR processor software for threeaxis stabilised platforms Integration, Verification and Validation of INR processing subsystems for satellite meteorological or remote sensing dataProficiency in a highlevel programming language e.g. CC suitable for the implementation of prototype and operational INR processor software. Relevant experiences with characterisation and modelling of space segment elements related to INR e.g. scan mirror and line of sight models experience with threeaxis stabilised is considered a clear advantage. Familiarity with mission data processing of satelliteborne instruments knowledge of EPS and EPSSG instrument being an advantage, in particular in relation to INR, geo location, and geometrical processing. Flight Dynamic concepts, strategies, and constraints. Desirable Skills and Experience Processes, phases and documentation related to the development of operational data processing systems in the field of Earth Observations. Specification and maintenance of processing requirements and related tools e.g. IBM DOORs Global standards for data, e.g. NetCDF4 or HDF5. ECSS standards. The ability to perform under high workloads. A high degree of autonomy and good analytical skills. Very good communication, presentation and listening skills. Knowledge of French. Work Location Darmstadt, Germany Dates Application Deadline 14 October 2013 Start of Work 01 January 2014 Important Notes Before applying to this position, please read the page Notes to Applicants on the Solenix website under Career. Applicants must be EU citizens or have a valid work and residence permit in Germany. Security, identity and reference checks on the candidates are part of the recruitment process. Job Application Please send your applications electronically to careersolenix.ch before the application deadline 14 October 2013
Tags: support
image
navigation
registration
DER1095Ingnieur traitement image HF
2013-09-13 13:38:07| Space-careers.com Jobs RSS
Avec 1700 collaborateurs pour un chiffre daffaires de 170 millions deuros, CS se positionne parmi les premires socits de services en informatique en France et saffirme comme un concepteur, intgrateur et oprateur de systmes critiques de tout premier plan. Nos clients europens et mondiaux sont dans les secteurs de la Dfense, aronautique, spatial, nergie, transport, secteur public et finance. CS ralise environ 80 de ses projets au forfait. CS est cot sur le march Euronext Paris. Rattach au chef de projet au sein de la BU Espace, vous intgrerez lquipe de dveloppement des chaines de traitement dimage pour les centres de qualit image de missions scientifiques dobservation de la terre. Vous aurez en charge la cration et la mise en forme de MNT Modle Numrique de Terrain, la construction dimages de rfrence et la ralisation dtudes gomtriques affinage des modles gomtriques, calcul des grilles de transformations gomtriques, ralisation des orthoimages. Vous assurerez la conception et le dveloppement doutils de traitement dimages dans le domaine de limagerie satellite et du traitement de limage optique et radar. Vous vous appuierez notamment sur la bibliothque C open source OTB Orfeo ToolBox. Vous participerez des tudes de RD dans ces domaines. Vous serez de plus susceptible de participer des confrences internationales et de soumettre des publications scientifiques. De formation ingnieur en traitement dimage ou quivalent universitaire, vous justifiez dau moins un an dexprience dans un domaine similaire et avez les comptences techniques suivantes Bonne matrise de Python, Script Shell Bonne connaissance de la programmation en C. Connaissance en tldtection, algorithmie et traitement de limage. La connaissance des outils CNES tels que EUCLIDE, SIGMA, OTB serait un plus. Comptences comportementales Vous tes autonome, rigoureux, cratif et avez lesprit dquipe Vous tes intress par linnovation et la veille technologique. Vous tes intress par le monde du logiciel libre. Vous parlez anglais couramment. TO APPLY click here
Tags: image
traitement
Image Compression SDK supports ECW, ISO LPEG 2000 formats.
2013-09-11 14:30:55| Industrial Newsroom - All News for Today
Featuring Enhanced Compressed Wavelet (ECW) v3 support, 16-bit support, and compression algorithm, ERDAS ECW/JP2 SDK v5 increases flexibility and performance for ECW and ISO JPEG 2000 image compression formats. Organizations can compress petabytes of imagery down to 5% of its original size, fostering efficient management and delivery of data while preserving image quality. ISO-certified JPEG 2000 is numerically lossless compressed image format commonly used for geospatial imagery. This story is related to the following:Data Communications Software |
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EPSSG Image Navigation and Registration Support MF
2013-09-11 10:36:12| Space-careers.com Jobs RSS
With 1.700 employees worldwide, the CS Group is a leading IT company in France and in Germany, and a prime contractor in designing, integrating and operating mission critical systems. It has now been over 30 years that comprehensive CS solutions for space systems and applications, both on the ground and in space, have been part and parcel of this odyssey. Mission The Key Person will be integrated into the INR and Calibration Section, which provides support for the EPSSG Programme in the area of INR and geometrical algorithm processing. The general task of the Key Person will be to support the INR aspects within the developing activities of the EPSSG Programme. Primarily the activities have the objective to establish and maintain the knowledge needed to support the INR processing as part of the mission data processing functionality both for online and offline functions. In addition, the Key Person will support and contribute to the review and refinement of the INR architecture at EPSSG System level. In particular the tasks may include Help to develop the INR processing functionality for the mission data processing of all EPSSG instrument missions, throughout the procurement lifecycle, Acquire detailed knowledge on the EPSSG System INR architecture including dependencies and interactions between the platform and the instruments as well as between the instruments hosted on the same platform. Any incompatibilities to the EPSSG requirement baseline need to be identified and resolved. Ensure that the INR processing functionality, including INR testing functionality, which is developed as part of the mission data processing is consistent with the EPSSG System architecture and able to meet the EPSSG requirements on geometric quality and performance. Inconsistencies and noncompliances must be flagged and mitigation measures proposed. Establish and implement a model of the EPSSG INR System architecture, including of the INR estimation process, which allows verification and benchmarking of the INR approach selected by industrial contractors for the instrument mission data processing. Develop, maintain, and procure a INR related test tools and software including INR reference processor software and b INR related test datasets that are necessary for the testing and verification of the EPSSG requirements baseline. Ensure a proper knowledge transfer of all INR aspects from industry to EUMETSAT is implemented in order to ensure longterm maintainability of the preoperational or operational software Define, develop and maintain INR related processing functionality requirements and specifications. Monitor the evolution of the requirements and the applicability of their versions to developed or procured items Prepare documents to support tender actions in the area of INR data processing, and, potentially, evaluate responses to them Support studies and Instrument Functional Chain Team IFCT activities in the area of INR and geometrical processing. Monitor and support INR aspects during the GS development, including contribute to reviews, verification, and testing against appropriate versions of requirements and monitoring and advising on the resolution of deviations Support system engineering activities related to INR, including reviews, working with the EPSSG System and EPSSG Ground Segment teams, and the EPSSG Science team Support interactions related to INR with the Space Segment, including supporting the review, andor analysis, of INRrelated documentation Any other tasks deemed appropriate by the technical officer in support of the overall aim of the tasks above. Profile In addition to having a University degree in a relevant discipline such as aerospace engineering, physics or remote sensing, the Key Person shall have a minimum of three years experience in system design, specifications and implementation of INR processors andor simulators andor mathematical models for imager andor sounder instruments including the development of INR software for processing of satellite meteorological data in UNIX environments. Knowledge and experience of the following is mandatory Expert level on Image Navigation and Registration INR methodologies and techniques, including observable processing, LineofSight LOS modelling, geolocation, and state vector estimation for threeaxis stabilised satellites preferably in low Earth orbit Specification, development, and testing of INR processor software for threeaxis stabilised platforms Integration, Verification and Validation of INR processing subsystems for satellite meteorological or remote sensing dataProficiency in a highlevel programming language e.g. CC suitable for the implementation of prototype and operational INR processor software. Experience and expertise in the following will be preferable Relevant experiences with characterisation and modelling of space segment elements related to INR e.g. scan mirror and line of sight models experience with threeaxis stabilised is considered a clear advantage. Familiarity with mission data processing of satelliteborne instruments knowledge of EPS and EPSSG instrument being an advantage, in particular in relation to INR, geolocation, and geometrical processing. Flight Dynamic concepts, strategies, and constraints. Fluency in English is mandatory. To apply, please send your CV to FranoisXavier LAFFONT francoisxavier.laffontcs.fr with CC to fabienne.millouscssystems.de with the title and the job reference.
Tags: support
image
navigation
registration
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