Implementation technologies Sample Clauses

Implementation technologies. The following table presents the various technologies utilised for the realisation of the described services. Within the table each architectural layer presented in Figure 1 is associated with the technologies utilised for the implementation of the respective components. 1 Data sources layer This layer mainly consists of stand-alone services (e.g. ICM, FieldCollect) that utilise various combinations of technologies and can even be external to gaiasense framework (e.g. Copernicus Sentinel). However, the integration with the rest of the gaiasense framework is realised through standardised data transfer technologies such as: HTTP- REST-API [2], JSON. 2 Data collection layer Scripts implemented in Python 2.7 3 Data processing layer Relational database system: PostgreSQL 11.2 Implementation of scientific models: Java 8 Implementation of Data Management: Java 8 4 gaiasense mobile application back-end Apache HTTP Server, Java 8, REST-API 5 gaiasense web application back-end Apache HTTP Server, NodeJS 10.15, REST-API 6 gaiasense mobile application front-end Javascript ES2017 (ES8), PHP 7.1 7 gaiasense web application front-end Javascript ES2017 (ES8), PHP 7.1 The data collected from the fields are maintained and processed in NEUROPUBLIC S.A. data center located at the company’s premises in Piraeus Greece (xxxxx://xxx.xxxxxxxxxxx.xx/en/infrastructure/cloud-data-center/). The back-end services of the two applications (gaiasense mobile & web based applications) utilised by the farmers and xxxxxx’x advisors are also hosted in NEUROPUBLIC S.A. server systems.
Sample 1
AutoNDA by SimpleDocs
Implementation technologies. Given the requirement of supporting different platforms when rendering visualizations, the most flexible solution is to use the same technology both for desktop‐based web platforms and mobile platforms. Taking this into consideration, the best option consists in using HTML5/JavaScript technology, which is natively supported by most of modern browsers rendering web portals, and supported as well through the webview component in modern mobile platforms, such as iPhone and Android. Two solutions were developed by consortium partners and made available for integration purposes. Regarding the specific visualization technologies to be used for implementing CITI‐SENSE widgets we have surveyed and selected the following JavaScript‐enabled libraries, considering the maturity of provided technology and richness of the functionality:  Maps o Google Maps + Google maps JavaScript API o OpenStreetMap + OpenLayers JavaScript API o Kartograph o Heatmaps  Timeseries and other charts o Google chart tools o Highcharts o Envision o Crossfilter o Raphael
Sample 1
Implementation technologies. This section describes the actual technology and implementation elements related to these services. Technically, the SensApp server is written in Scala and uses Spray16. In order to run properly, SensApp requires a servlet container (Jetty) and a NoSQL database (MongoDB17). The SensorLog and SensApp Android applications are java‐based Android applications. In particular, during the project, SensApp has been extended with a service called "encoder", which enables to push and to retrieve data stored into/from SensApp in CSV. In the first case, the service is 16 xxxx://xxxxx.xx/ then placed in front of the dispatcher in order to retrieve the CSV data before transforming it into SenML to be pushed in SensApp. In the other case, it is placed in front of the Datastore in order to retrieve data from the database before converting it into CSV format.
Sample 1

Related to Implementation technologies

  • Information Technology The following applies to all contracts for information technology commodities and contractual services. “Information technology” is defined in section 287.012(15), F.S., to have the same meaning as provided in section 282.0041, F.S.

  • Information Technology Enterprise Architecture Requirements If this Contract involves information technology-related products or services, the Contractor agrees that all such products or services are compatible with any of the technology standards found at xxxxx://xxx.xx.xxx/iot/2394.htm that are applicable, including the assistive technology standard. The State may terminate this Contract for default if the terms of this paragraph are breached.

  • Information Technology Accessibility Standards Any information technology related products or services purchased, used or maintained through this Grant must be compatible with the principles and goals contained in the Electronic and Information Technology Accessibility Standards adopted by the Architectural and Transportation Barriers Compliance Board under Section 508 of the federal Rehabilitation Act of 1973 (29 U.S.C. §794d), as amended. The federal Electronic and Information Technology Accessibility Standards can be found at: xxxx://xxx.xxxxxx-xxxxx.xxx/508.htm.

  • Technology Discoveries, innovations, Know-How and inventions, whether patentable or not, including computer software, recognized under U.S. law as intellectual creations to which rights of ownership accrue, including, but not limited to, patents, trade secrets, maskworks and copyrights developed under this Agreement.

  • Project Management Plan Developer is responsible for all quality assurance and quality control activities necessary to manage the Work, including the Utility Adjustment Work. Developer shall undertake all aspects of quality assurance and quality control for the Project and Work in accordance with the approved Project Management Plan and

  • Technology Upgrades Notwithstanding any other provision of this Agreement, Verizon shall have the right to deploy, upgrade, migrate and maintain its network at its discretion. The Parties acknowledge that Verizon, at its election, may deploy fiber throughout its network and that such fiber deployment may inhibit or facilitate Ymax’s ability to provide service using certain technologies. Nothing in this Agreement shall limit Verizon's ability to modify its network through the incorporation of new equipment or software or otherwise. Ymax shall be solely responsible for the cost and activities associated with accommodating such changes in its own network.

  • Protocols Each party hereby agrees that the inclusion of additional protocols may be required to make this Agreement specific. All such protocols shall be negotiated, determined and agreed upon by both parties hereto.

  • Procurement Planning Prior to the issuance of any invitations to bid for contracts, the proposed procurement plan for the Project shall be furnished to the Association for its review and approval, in accordance with the provisions of paragraph 1 of Appendix 1 to the Guidelines. Procurement of all goods and works shall be undertaken in accordance with such procurement plan as shall have been approved by the Association, and with the provisions of said paragraph 1.

  • Software Development Software designs, prototypes, and all documentation for the final designs developed under this agreement must be made fully transferable upon direction of NSF. NSF may make the software design, prototype, and documentation for the final design available to competitors for review during any anticipated re-competition of the project.

  • EMERGING TECHNOLOGIES The State reserves the right to modify the terms of this Contract or any future Periodic Recruitments, to allow for emerging technologies. OGS reserves the right to include such technology(ies) hereunder or to issue a formal modification or amendment to this Contract.

Draft better contracts in just 5 minutes Get the weekly Law Insider newsletter packed with expert videos, webinars, ebooks, and more!