HERITAGE Identification of monuments using Deep Learning Techniquesĭevelopment of a deep Convolutional Neural Network (CNN) for Tropical Cyclone intensity estimation using half-hourly INSAT-3D IR Images and development of a web application for visualization of the imagery. It is felt that catalogue of field data and AI based solution to discover the objects or features will be a milestone during India’s Self Reliance Journey in Geospatial Sector. This Field Datasets will be of high value in terms of the research and development in Space Applications. Recently with the success of Convolution Neural Networks in Feature Extraction from Satellite Images, there is a need to standardize and generate training datasets. Video metadata generation & classificationĭiscover the objects and features in the image using Explainable AI Techniques.įield Data is an incredible source of information to validate earth observation studies. The solution must not directly use both side videos to access quality. Video for transmitting end and few remote receiving ends will be Solution needs to be developed to assess the quality of captured videos at The assessment of video quality across remote nodes distributed Lack of reference video at remote or remote video as central transmitting end. In situation like distributed video contentĭelivery, video quality checks during runtime becomes problematic for having Graphics card, local network issues, not properly optimized VSAT setupĪffecting BER, Receive power etc. User end configuration has concern of video quality.ĭifferent VSAT terminals may have different computing resources i.e. Interactive video communication over limited bandwidth channel and variable All support and assistance will be provided for the same.ĭepartment of Space, Indian Space Research Organisation (ISRO). We are currently at the phase where we have the codes developed and the designs for the app, but need help with hosting it on the cloud and building the prototype. We plan to do this by providing an application which can be used through mobile phones, computers or tablets. The PHRs would be interoperable between the patient and other Healthcare intermediaries. White Hour Solutions (WHS) LLP., is a young start-up looking to provide a solution for patient to record, store and share their Personal Health Records (PHRs). What we need – We need young professionals to help solve the hosting issue and build the prototype. ![]() ![]() Where we are currently – The team has built the code and UI/UX designs for the application, but we need help to host the program on a network and create a prototype. What we plan to achieve – Create a blockchain application to store and share patient records with Doctors and Health care intermediaries. Problem Statement short description in a short paragraph Who we are - A young start-up in the Health Tech space. ![]() If the distance is bigger than it should be, then this means that there was no printing and it will give a signal that in this layer and in this position there was a defect.Hosting a blockchain code on to a cloud network in order to create a prototype app in the Healthcare sector. However, since you mentioned this, a distance sensor (maybe capacitive sensor or more accurate one if you know a better arduino one?) might be used to measure the distance to every new layer after printing. The camera can be triggered for every z increment, or for every new layer. I don't think a sensor is needed to trigger the camera. I mean moving the camera at every new layer and getting picture each time from different position. I'm still not sure how practical it can be. I find the idea of using a movable camera amazing. Here is the picture looks like for the camera and stepper motor and use Arduino Yun instead of arduino and here is the pic I recommend buy an usb camera with enthernet expansion boarx for arduino also may also need to buy laser with laser sensor to detect the layer when it started and to the end point so it will trigger the camera to take a picture, also if you want to be unique you may also consider to buy two stepper motor or any 12v dc motor and buy a rubber track and make it 0-180 degree with a clip to put the camera so it will capture your layers in a 3d printer.
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