image-recognition-based-mouse

image-recognition-based-mouse

This is a solution for image-recognition-based-mouse system.Select your hand and control your desktop mouse.Codes are written in java

Artificial Intelligence, Internet of Things

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Description

Using opencv and processing i developed a code for gesture based mouse control and interfacing computer .

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Brad S. created project DCGAN to model spatial and temporal distributions of real ride sharing data

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DCGAN to model spatial and temporal distributions of real ride sharing data

The system is designed to take a wide variety of data primarily driven by ride sharing data collected from major cities. Using this data the temporal and spatial distributions will be captured and synthesized using a novel DCGAN structure. The data generation will be guided by a spectrum of conditional, meta-data inputs that will allow for generation of previously unseen scenarios modeled on a variety of given parameters.

The work is still in progress and I am unable to share further details on a public forum.

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rıdvan ö. created project CLOUD YAŞAM

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CLOUD YAŞAM

Bilgilerin kolay paylaşımı , transferi ,hızı ve güvenliği için hazırlanmış cloud sunucular ile yapay zekayı birleştirebiliriz. Cloud sistemlere uygulancak yapay zeka ile işlerimizi otomatik,hızlı ve güvenilir bir şekilde gerçekleştirebiliriz . örneğin akıllı bir kapım var ve ben evde değilim kapıyı açmam gerek en hızlı şekilde uzaktan talimat vererek güvenli bir şekilde kapının açılmasını sağlayabiliriz.

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Jeff M. created project Global Patent Analysis and Tracking (GPAT)

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Global Patent Analysis and Tracking (GPAT)

Working the application of AI to improve the quality of Patent Application processing and infringement seeking at www.widgetblender.com. Currently extracting and preparing 10,000s of global (EU, US, JP, KR, CN ...) patents and patent application from both a content and patent process event history perspective (the US has hundreds of process event types). The idea is that a some chains of patent process event types and timing will point toward later success or failure. Otherwise, can AI pick out infringement possibilities in either the text or teh diagrams of patents and patent applications in related areas, or that are referencing a given patent or patent application? Currently considering the Movidius Neural Compute Stick to improve performance of desktop software in a few key functional areas. One challenge is to bridge current code with C or Python if this is the only option to leverage the SDK.

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Baye G. created project Rapid Diagnos

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Rapid Diagnos

I am Baye Gaspard, from the extreme north of Cameroon popularly known as Maroua. This region is considered to be the most beautiful region with very rich cultures. But unfortunately, it is the poorest in Cameroon and accounts for the region with the highest death rates with majority of deaths caused by respiratory disease. I have had personal encounters with the resource scarce healthcare facilities in Maroua where I have been a patient, but I have lived to tell my story. Others like my aunt were not so fortunate, and passed away from respiratory illnesses which could have been prevented or treated if detected early. According to reports from World Health Organization (WHO) and The Forum of International Respiratory Societies (FIRS) approximately 409.4 million people fell ill with respiratory diseases with about 65 million people having moderate to severe chronic obstructive pulmonary disease, 334 million people suffer from asthma and 10.4 million people developing tuberculosis, making a total of around 10.4 million deaths every year. This makes respiratory diseases one of the top 3 causes of death worldwide, with the largest share of deaths coming from Africa. Sadly, several of these deaths are preventable or treatable if detected early, however poor health structures and systems lead to poor diagnosis and prognosis. Expensive cost of consultations and diagnosis of respiratory diseases. Many people in Maroua can’t even afford to have 3 meals a day which may cost around 2500FrsCFA (approx. $5), talk less of buying prescribed drugs which sometimes cost 2 times the price of a day meal i.e. 5000FrsCFA (approx... $10) Takes lot of time to have diagnoses. Sometimes days due to long queues of patients in test centers coming from different villages of the region. Little or no awareness about the risk factors of respiratory diseases. Few experts in health sector especially doctors specialized in respiratory diseases. Poor roads leading to late delivery of drugs to remote patients in remote villages. In July 2017, I had the opportunity to be part of the 10 Academy fellowship program which exposed me to broad and novel ways of thinking through Africa’s development challenges. I was particularly intrigued by the potential of Artificial Intelligence (AI) to be used as a diagnostic tool in medicine and be used in preventative medicine also. Building on my prior knowledge of AI and robotics and learning from Dr Korsah, head of computer science department at Ashesi University during 10 Academy, I understood precisely how I could effectively solve the high mortality rate caused by respiratory diseases using AI. Working in a team composed of mobile app developer, Muzammil Bin Anwar from Mauritius, Electronic engineer, Bibi Rawiyah from Mauritius Island, and Muli, Joy Mueni a designer from Kenya we created a prototype of an AI powered mobile app that is simple to use, with diagnostic, predictive and preventative medicine capabilities for respiratory diseases in less than 10 minutes. The core functions of the app is based on a knowledge base, and will perform reasoning and make probabilistic inferences with predefined existing data. The app offers other services such as connecting patients to specialists based on availability and proximity and an interface that allows patients to schedule appointments ahead of visits. In terms of scale, my team and I plan to reach other countries in Africa and also integrate this with a medicine delivery system based on solar powered drone technology to capitalize on the massive solar potential in Africa.

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Baye G. updated status

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Baye Gaspard

I am Baye Gaspard, 24years old .Holder of a BSc in ICT and Higher National in Telecommunication , I am pationate about coding, especially python programming and AI. I am from the extreme north of Cameroon popularly known as Maroua.This region is considered to be the most beautiful region with very rich cultures. But unfortunately, it is the poorest in Cameroon and accounts for the region with the highest death rates with majority of deaths caused by respiratory disease. I have had personal encounters with the resource scarce healthcare facilities in Maroua where I have been a patient, but I have lived to tell my story. Others like my aunt were not so fortunate, and passed away from respiratory illnesses which could have been prevented or treated if detected early. According to reports from World Health Organization (WHO) and The Forum of International Respiratory Societies (FIRS) approximately 409.4 million people fell ill with respiratory diseases with about 65 million people having moderate to severe chronic obstructive pulmonary disease, 334 million people suffer from asthma and 10.4 million people developing tuberculosis, making a total of around 10.4 million deaths every year. This makes respiratory diseases one of the top 3 causes of death worldwide, with the largest share of deaths coming from Africa. Sadly, several of these deaths are preventable or treatable if detected early, however poor health structures and systems lead to poor diagnosis and prognosis. Expensive cost of consultations and diagnosis of respiratory diseases. Many people in Maroua can’t even afford to have 3 meals a day which may cost around 2500FrsCFA (approx. $5), talk less of buying prescribed drugs which sometimes cost 2 times the price of a day meal i.e. 5000FrsCFA (approx... $10) Takes lot of time to have diagnoses. Sometimes days due to long queues of patients in test centers coming from different villages of the region. Little or no awareness about the risk factors of respiratory diseases. Few experts in health sector especially doctors specialized in respiratory diseases. Poor roads leading to late delivery of drugs to remote patients in remote villages. In July 2017, I had the opportunity to be part of the 10 Academy fellowship program which exposed me to broad and novel ways of thinking through Africa’s development challenges. I was particularly intrigued by the potential of Artificial Intelligence (AI) to be used as a diagnostic tool in medicine and be used in preventative medicine also. Building on my prior knowledge of AI and robotics and learning from Dr Korsah, head of computer science department at Ashesi University during 10 Academy, I understood precisely how I could effectively solve the high mortality rate caused by respiratory diseases using AI. Working in a team composed of mobile app developer, Muzammil Bin Anwar from Mauritius, Electronic engineer, Bibi Rawiyah from Mauritius Island, and Muli, Joy Mueni a designer from Kenya we created a prototype of an AI powered mobile app that is simple to use, with diagnostic, predictive and preventative medicine capabilities for respiratory diseases in less than 10 minutes. The core functions of the app is based on a knowledge base, and will perform reasoning and make probabilistic inferences with predefined existing data. The app offers other services such as connecting patients to specialists based on availability and proximity and an interface that allows patients to schedule appointments ahead of visits. In terms of scale, my team and I plan to reach other countries in Africa and also integrate this with a medicine delivery system based on solar powered drone technology to capitalize on the massive solar potential in Africa. Work on this project is ongoing and together with my team, we are working towards a full launch in January 2018. It is my hope that millions of African do not suffer needless and untimely deaths due to preventable illnesses.

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Tahir M. created project Hand-Eye Coordiinated System for Autonomous Manipulation

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Hand-Eye Coordiinated System for Autonomous Manipulation

I am working on a Hand-Eye Coordination System for Autonomous Robotic Manipulation (targeting Amazon Robotics Challenge 2018). My project is divided into 3 phases. 1. Object Recognitio 2. Appropriate Shelf Recognition 3. Robotic Manipulation Phase 1 (Object Recognition) using single shot detection (SSD incorporating Constitutional Neural Networks) is about to complete almost 85% of work is done. A heavy duty Mitsubishi Electric 7 dof arm is available for the project.

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