ABSTRACT
Does the idea of using your body as a data transmission appeal to u? Then this paper will surely grab your attention. Technology is making many things easier; I can say that our concept is standing example for that. So far we have seen LAN MAN,WAN, INTERNET & many more here is new concept of “ RED TACTON ” which makes the human body as a communication network by name .... HAN (Human Area Network). Focusing on the naturalness ,inevitability and sense of security conveyed by touching which we call Redtacton [Red-Warmth ,T-Touch ,Acton-Action]which could let people transfer data to each others handhelds by means of handshake or a slap on the back. using a transmitter embedded in say , a PDA Redtacton sends a 5 volts pulse along the surface of body. The human body shunts most of electricity to ground resulting in weak electric field that can be modulated to carry signals .As the receiver is located either on another part of the body ,the components of a hand free handset or in an acquaintance PDA as it senses modulation in the electric field the receiver decodes them to recover the data, Human Area Network is an important over current wireless technologies such as Bluetooth because users can narrowly limit signal recipients rather than broadcasting to all devices within given range. Using Redtacton enable devices music from our digital audio player in your pocket would pass through your clothing and shoot over your body to headphones in your years. Instead of fiddling around with the cable to connect your digital camera to your computer you could transfer pictures just by touching the PC while the camera is around your neck and since data can pass from one body to another you could also exchange electronics business cards by shaking hands, trade music files by dancing cheek to cheek or swap phone numbers just by kissing. While a good idea, Redtacton unfortunately has no compelling applications that are not already available. It doesn’t work reliably and yet has also been experiencing face perception among the general public. In this paper we will discuss about Redtacton and its working states and application of Redtacton in various fields and we will our Redtacton with other technologies for Data Transmission and know about Human Area Network.
In the text “Seeing Red: American Indian Women Speaking about their Religious and Cultural Perspectives” by Inés Talamantez, the author discusses the role of ceremonies and ancestral spirituality in various Native American cultures, and elaborates on the injustices native women face because of their oppressors.
Can two people sharing the same dilemma, fostered by the same external forces, reach completely different assumptions, attitudes, and reasons for a solution? A similar scenario to this question fell upon two prominent Native Americans, Red Jacket and Tecumseh, during the colonial occupation of the New World. Through their eyes, the surrendering of their land brought forth a mixed bag of emotions, ideologies, and generalizations. When analyzed as a group their shared plight shows commonalities between the two natives; however, at the personal level there are noticeable differences. Respectively, Red Jacket’s “Reply to the Missionary Jacob Cram” and Tecumseh’s “Speech to the Osages” shows the cohesion
... newest way to connect to others without needing human interaction. It’s impossible to know when technology will become "too" invasive and society "too" hollow, but by the time anyone looks hard enough, nothing but empty, soul-devoid, trademarked windows will blink in return.
Wearable is getting much hyped lately and is projected as the next big thing to come, deemed as the future of consumer electronics. It is the biggest new innovation in technology since smartphone, and the possibilities are endless. Devices fall into this category are watch, glasses, armband, shoes, and any other things that we use everyday as part of our daily life. Electronic brain is embedded to this product, enable it to collect data, analyze, advice, and influence us in our daily decision making process.
Since ages, objects and things in the spaces where we live and work have been nothing more than inanimate things. We see objects around us as entities meant to be used for specific purpose. These entities are kept idle most of the time, they are put into service only when required. What if we could change this state of affairs by defining a purpose to everything around us and keep them engaged. Can we make walls around us sense our presence? Can objects around us sense when we touch them? Gestural systems and vision based systems have been developed to achieve the prior goal. However these systems lack ubiquity and wider acceptance. They are not a part of our everyday life. Motivated by this fact, I want to establish a new paradigm to make wider audience embrace “Ubiquitous Computing”.
“I've told her and I've told her: daughter, you have to teach that child the facts of life before it's too late” (Hopkinson 1). These are the first three lines of Nalo Hopkinson's short story “Riding the Red”, a modern adaptation of Charles Perrault's “Little Red Riding Hood”. In his fairy tale Perrault prevents girls from men's nature. In Hopkinson's adaptation, the goal remains the same: through the grandmother biographic narration, the author elaborates a slightly revisited plot without altering the moral: young girls should beware of men; especially when they seem innocent.
“I've told her and I've told her: daughter, you have to teach that child the facts of life before it's too late” (Hopkinson 1). These are the first three lines of Nalo Hopkinson's fairy tale “Riding the Red”, a modern adaptation of Charles Perrault's “Little Red Riding Hood”. Perrault provided a moral to his fairy tales, the one from this one is to prevent girls from men's nature. In Hopkinson's adaptation, the goal remains the same: through the grandmother biographic narration, the author advances a revisited but still effective moral: beware of wolfs even though they seem innocent.
In today’s fast paced society technology is the backbone of communication, with cell phones being the primary form of keeping in touch with family and friends, as well as conducting important business with the simple push of the buttons of your choice. Long gone are the days of home telephones and pagers; cell phones are the forefront vehicle perpetuating instant access to telephone calls, text messages, web browsing ,digital cameras, and numerous social media applications.
Wearable technology is a new form of innovation in the technological world that is expected to transform the ways in which people have been accessing technology. It represents evolution of a finer way to use technology that is more comfortable and convenient for the consumer. It is also expected to reduce the time needed by people to access the technology. However, the success of any major innovation is subjected to several challenges and the author correctly identifies them in the case of wearable technology also. These two challenges are Bluedouche principle and Trucker Hat principle.
The Traditional Bluetooth had given us ability and also quickly connect to peripheral devices but Bluetooth Low Energy with the release the type of peripheral devices that connect have spilled over to medical and sports fields in remarkable ways. Then, we are use the smart phone and also tablet devices to connect the internet, stream audio on the car and also even in home entertainment systems. Extend the number of peripheral devices that connect will need for more efficient ways of doing so.
Interfaces take places into our lives in the form of the various devices, analog or digital, with whom we normally establish some kind of interaction. This means that the interfaces are "tools" extenders for our bodies, such as computers, cell phones, elevators, etc. The concept of interface is applicable to any situation or process where the exchange or transfer of information takes place. Some of the ways of thinking to the interface might be like “the area or place of interaction between two different systems not necessarily a technological system”. Traditional computer input devices leverage the dexterity of our limbs through physical transducers such as keys, buttons, and touch screens. While these controls make great use of our abilities in common scenarios, many everyday situations command the use of our body for purposes other than manipulating an input device (Saponas, 2010, p. 8). Humans are very familiar with their own body. By nature, humans gesture out their body parts to express themselves or communicate ideas. Therefore, body parts naturally lend themselves to various interface metaphors that could be used as interaction tools for computerized systems.
When antennas are placed close to human body, their performance is influenced by human body. Antennas that are near to the body have different resonance frequency than resonance frequency in free space. Changes in Resonance frequency, Impedance bandwidth, Gain, directivity and radiation pattern is observed when it is placed close to human body [2].
The ability to remove yourself from the reality of your surroundings, be it at a funeral, in a meeting or having breakfast, and transport yourself into the virtual world of your mobile device is becoming increasingly popular. This is significant as it influences key psychological areas such as self-reflection and your ability to learn about yourself, as humans use physical communication with others as a means to understand how to communicate with themselves. However, there are positives on the way we communicate as a result of technological advancements; texting, emailing, messaging all enable the individual to present the ideal self. This is a result of being able to edit, reform and sometimes delete what we are communicating before it has been communicated with others. When compared with traditional conversation, this form of communication allows greater control over companionship and
sense technology has completely shocked the world. Although it is not widely known now but the time is not far when this technology will change our perception of the world.'Sixth Sense' is a wearable gestural interface that augments the physical world around us with
From sensors embedded into the fabric, signals can be detected, collected, processed, and stored. Using Bluetooth technology the data can be transmitted back to you via your smartphone. Feedback can include a wide range of information such as quality of sleep, stress levels, calories burned,