WiCoSens (original) (raw)

Converting Objects in Physical World into Digital World Using Color Recognition

Bonfring

Gestures do speak well than commands. We usually interact computers with GUI based HID devices. It would be more realistic if the Holy Grail gesture based natural interface enables illiterates even to augment machine usability. This evolution shouldn't be an overhead to the consumerism. Also economical constraint should not force this to be inefficient due to productivity cost. In this paper, we proposed a new genre of interacting with computational devices and our goal is to make the user interface more intuitive. Rather using the mouse and touch pads to achieve the tasks like moving, left & right clicks of the mouse pointer, with our new algorithm you can achieve that with your own color marker tapped finger. In this beginning version of this algorithm we used color markers to reduce false detection of the user finger. With our algorithm it produces a high degree of accuracy in color recognition and make your own finger tapped with the recognized color marker to function as like a computer mouse. Hence such an idea of making the existing wheel to be fit into the new body seems good. Thus by integrating various efficient pragmatics into a new paradigm, syntactically this system is proposed.

Hand-made Colored Gloves Gesture Recognition

Hand Gesture recognition poses many challenges to researchers throughout the decades and it has potential applications in human computer interaction, machine vision, virtua1 reality, teleconferencing, controlling household electronic appliances. Gesture recognition has emerged with techniques from computer vision and image processing. Our research is intended to use simple but cost effective color home made dataglove with fingers painted with fluorescent colors. The colored glove makes hand gestures for static alpha numeric gestures and pass on to two approaches namely color blob detection with pattern storage and thresholding for recognition of gestures. This paper will describe both approaches along with the findings of recognition.

A system for finding frequently lost objects in the home. Georgia Tech GVU

1999

In this paper, we describe a system for finding frequently lost personal objects--such as wallets, cell phones, and sunglasses--in the home of the future. We are building a system to handle this task, and have prototyped and tested an interface for this system. In support of this task, we are using accurate indoor position sensing and spatialized audio.

WearTrack – Tracking Valuables using Near Field Communication Stickers

International Journal of Engineering & Technology

In modern era, people will not be satisfied with technology until it not only reminds us of our day to day work but also does it for us without draining much of our energy. Any person will acknowledge the fact that we need smarter technology that reminds us what things are to be taken wherever we go or whenever we leave a place. It makes life so much easier if we are told to do things rather than thinking up things to be done on our own.People irrespective of their age, have always been in situations where they have lost their valuable things or have the fear of losing them.So in this paper an attempt is made how a user gets alarmed whenever they leave a place forgetting to take their valuables. The user has a sensorand othersensorsare connected to things which they want to forget to take as they leave a place. All the sensing devices consist of Bluetooth to recognize the user's sensor or to be recognized by it. An alarm is connected in the circuit which switches on whenever the...