%0 Conference Paper %1 estrela2019situ %A Estrela, Vania V. %A Estrela, Vania Vieira %A Estrela, V. V. %A Estrêla, Vania V. %A Saotome, Osamu %A Hemanth, Jude %A Saotome, O. %A Grata, Edwiges G. H. %A Grata, Edwiges Gabrielle Hoffnung %B BRAZILIAN TECHNOLOGY SYMPOSIUM 2017 -- BTSym'17 %D 2019 %K cyber_physical_systems disaster_mitigation disaster_remediation e-governance electronic_instrumentation electronic_recycling geotechnics image_processing imported landslide motion_estimation optical_flow public_health surveillance sustainable_development %T An In-Situ Disaster Prevention Framework with Sustainable Electronics and Cyber-Physical Systems %X Landslides cause huge losses of life and property. Warning communities of the incoming hazards gives people enough time to remediate, safeguard things and abandon a site if needed. Emergency Response (ER) frameworks can be modeled as a Cyber-Physical System (CPS) with sensors and actuators for environmental monitoring. This article focuses on the instrumentation level of Visual Sensor and Actuator Networks (VSANs) using sustainable electronics and re-engineering to ease the complications brought in by the present economic crisis and scarce availability of financial resources. This approach examines ways that salvaged electronic components can assist distant to reach and economically deficient locations. The complexity of these systems and their necessity for self-sufficiency within the perspective of a developing country while keeping them maintainable and available by nontechnical workers poses challenges.

@inproceedings{estrela2019situ, abstract = {Landslides cause huge losses of life and property. Warning communities of the incoming hazards gives people enough time to remediate, safeguard things and abandon a site if needed. Emergency Response (ER) frameworks can be modeled as a Cyber-Physical System (CPS) with sensors and actuators for environmental monitoring. This article focuses on the instrumentation level of Visual Sensor and Actuator Networks (VSANs) using sustainable electronics and re-engineering to ease the complications brought in by the present economic crisis and scarce availability of financial resources. This approach examines ways that salvaged electronic components can assist distant to reach and economically deficient locations. The complexity of these systems and their necessity for self-sufficiency within the perspective of a developing country while keeping them maintainable and available by nontechnical workers poses challenges.}, added-at = {2021-04-21T12:10:35.000+0200}, author = {Estrela, Vania V. and Estrela, Vania Vieira and Estrela, V. V. and Estr{\^e}la, Vania V. and Saotome, Osamu and Hemanth, Jude and Saotome, O. and Grata, Edwiges G. H. and Grata, Edwiges Gabrielle Hoffnung}, biburl = {https://www.bibsonomy.org/bibtex/24296bb836de788ca482e9af3421db1ea/vaniave}, booktitle = {BRAZILIAN TECHNOLOGY SYMPOSIUM 2017 -- BTSym'17}, interhash = {20b966165933d2d5da2543d469dcbbf1}, intrahash = {4296bb836de788ca482e9af3421db1ea}, keywords = {cyber_physical_systems disaster_mitigation disaster_remediation e-governance electronic_instrumentation electronic_recycling geotechnics image_processing imported landslide motion_estimation optical_flow public_health surveillance sustainable_development}, language = {English}, organization = {Springer, Part of the Smart Innovation, Systems and Technologies book series}, timestamp = {2021-05-16T19:46:35.000+0200}, title = {An In-Situ Disaster Prevention Framework with Sustainable Electronics and Cyber-Physical Systems}, year = 2019 }