IDi Universities Fund

General Objective: Create a semantic web application to archive and link data from different formats and sources in a digital library and repository, based on the determination of physical and chemical characteristics of clays from various sites in the southern region of Ecuador. Specific Objectives: Participating Institutions: UTPL, EPN, ESPOCH Participants: Awarded budget: $30,000 Project status: […]

General Objective: The main objective of the research, technological development and technological innovation proposal called “Design and Installation of a Remote Monitoring System for the Evaluation and Analysis of the Behavior of Photovoltaic Installations in Ecuador” is the implementation of a remote monitoring with low economic cost, reduced energy consumption and

General Objective: Generate a repository of standardized observations of various biological variables with relevance for the modeling of biotic interaction networks in priority ecosystems in Ecuador. Specific Objectives: Participating Institutions: UTPL. ESPOCH, PUCE-SI Participants: Awarded budget: $25,000 Project status: Process – Signature of Agreement.

General Objective: The objective of this project is to develop middleware for distributed systems based on events (or publication/subscription) that serves as a basis for research into advanced techniques. Using DDS/RTPS ideas as a technological base, an open and flexible implementation will be developed that allows exploring the practical application of techniques based on reflection, AOP, dynamic generation

General Objective: Design, implement and evaluate a distributed cyber-physical system that allows remote monitoring in real time of a wide geographical area, using the sensors available in commercial mobile devices and the infrastructure of the CEDIA Network. Specific Objectives: Participating Institutions: UDLA, ESPE, UNACH Participants: Status of the project: Process – Signature of Agreement.

General Objective: Design, implement and validate a system to support radiological interpretation and diagnosis under the tele-radiology modality on a GRID architecture. The greatest contribution to the system would be to present a tool that allows the recovery of medical images based on both their visual and semantic content using CBIR techniques.