The output generated creates a better understanding of market situation and thus is useful for the traders, generation utilities, discoms and system operators. The system is developed using python programming language, enterprise architect, and CIMTool for validation. The STOA transactions of the Western and Southern regions of India for the year 2011 have been used for building the database. The proposed system consists of five components namely, data acquisition, data conversion to CIM, data validation, STOA modeling in CIM and data visualization. report which presents the STOA data for a given utility. Use-case addressed includes, generation of a CIM/XML. This paper presents the modeling of STOA using common information model (CIM). Currently, STOA is operated by five regional load despatch centers, leading to differences in representation of STOA transaction information. Short term open access (STOA) transactions are one of the important mechanisms for exchange of power on Indian national grid. In parallel, the project also introduces SDI and related concepts in undergraduate and graduate study programs on academic institutions which profiles are well recognized as SDI users, raising awareness among the students and professionals about the relevancy of SDI and advantages of well organized spatial data. By the incorporation of SDI concept and other modern concepts based on spatial data and information, the students of the new courses will have the ability to provide efficiently spatial data and services to SDI users. In doing so, existing undergraduate and graduate geodesy and geoinformatics curricula’s in the academic institutions in the WB region will be lifter to higher levels, recognising the of spatial data for modern society and its development. The specific project objectives are to develop, test and adapt new curricula, courses, learning material and tools within the field of SDI. These wider objectives are fully compliant with the priorities of the Capacity Building projects within the Erasmus+ program. The wider objectives of the BESTSDI project is to improve the quality of higher education in Geographical Science and Technology field, SDI and geodesy, enhance its relevance for the labour market and society and to improve the level of competences and skills in HEI’s by developing new and innovative education programmes within the field of SDI. More project information can be found at the project’s web Twice a year, normally in June/July and December/January.
Students at partner organizations as well as other geodesy This newsletter will present project progresses to staff and With Royal Institute of Technology (KTH) as the grant holder The GEOWEB project consortium consists of 12 partners, Regional cooperation in geodesy education. Methods, implement quality assurance and promote Materials, introduce e‐learning and new pedagogical Programmes and courses, develop new geodesy teaching The specific objective is to develop and start new geodesy
Herzegovina and to facilitate these countries's integration Sustainable development in Albania, Serbia, Bosnia and Modernise higher education in geodesy to support GEOWEB project is funded by the Erasmus+ Programme of