Bluetooth vs Wi-Fi-Direct
For this project, we have the possibility or choice to use either Bluetooth or Wi-Fi Direct to facilitate the communication between the system and the app.
If you peek into the future, it is hard not to imagine an always-on community that features a large number of connected devices that work together to make your life more convenient. We are now not quite there yet - the main reason being the availability or lack of that and the power use of an always-on connection between devices.
From the convenience of digital wallets, to the completely connected home; having a secure, reliable, and sure way to transmit data is truly the last piece to the always-on puzzle.
With Bluetooth 4.0 and Wi-Fi Direct -- we have put
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Once a device is paired, the connection remains active only while in use, a feature that wasn 't available in previous generations of Bluetooth technology due to difficulty in pairing and connecting some Bluetooth-ready devices.
For example, if you want to share a photo between two phones via Bluetooth, the connection becomes active while the move (from one place to another) begins. After completion, Bluetooth goes back into "standby" mode, meaning it won 't use power when it 's not needed.
Another example that is being thrown around is in the mobile payments (or cash withdrawal) world. A person (who uses a product or service) enables Bluetooth to move (from one place to another) money between their digital wallet account and a guiding light-based payment processor (don 't confuse it with NFC payments). While the two devices communicate, the phone experiences (almost nothing/very little) electrical storage device loss. Once the move (from one place to another) is complete, Bluetooth once again enters stand-by mode.
In addition to decreases in electrical storage device usage, Bluetooth 4.0 is fast. I mean, really fast. By using the 802.11ac rules of conduct you can actually move (from one place to another)data at speeds of up to 24Mbit/s. This feature is carried over from v3.0, but unlike version
Some of the largest tech behemoths have recently joined together to make the Internet of Things a closer reality in all of our homes, cars and lives. The All Seen Alliance is seeing companies such as Cisco, Panasonic and sharp pledging to make their pipelines of new appliances and devices compatible with a networking system so machines can start
Bluetooth is a convenient way of communication in the modern society as it has many benefits for both individuals and companies.
These types of devices have been encompassed with multiple ways to connect to a network or the internet. One of the most important
Wireless is a technology that transmits signal without using cables as the medium to communicate from one end to other(s) end. Communications via wireless can be anything from radio broadcasting, SOS signal from a ship at sea, or day-to-day Wi-Fi that we use to connect to the Internet. Actually wireless technology is a technology that already been in development for quite a long time, it developments already begun since late 19th century. Here is the timeline of the development of wireless technology:
A wireless local area network (WLAN) is a wireless distribution method that uses high frequency radio waves to connect two or more gadgets. It allows users to communicate between network-enabled devices within and around the coverage area.
Also, wearable devices, unlike other mobile devices, are required to be always on and always connected with monitoring devices. As a result, they have short battery life. Runtime performance seriously bothers application developers and users for wearable devices such as Apple Watch and Google Glass (Huang, Yang, & Zhang, 2014).
"The 'connected world ' vision is no longer a buzzword — it 's already happening," said Waqas Makhdum, vice president of marketing at cloud mobile app development platform Kii. "Over the next few years, we see it becoming an integral part of our lives, whether it is through smart homes, smart cars or smart health care. It 's clear that the Internet of Things will disrupt most industries" (Fallon, 2014, para. 2). Today, many of us have, at least two or more connected devices like laptops, smart phones, tablets, including other devices such as TVs, cameras, etc. Then there is a rapidly growing range of other smart appliances that can now connect via the internet, such as, a fridge, washing machine, heating control appliances,
IEEE 802.11 commonly known as Wi-Fi is a set of media access control and physical layer specifications for implementing wireless local area network computer communication in various frequency bands such as 2, 3, 3.6, 5 and 60 GHz.
stay within your Bluetooth range or you will lose connection. If I’m in my apartment, I don’t
It uses the mesh topology for transmitting data. This way it offers a secure way for communicating wirelessly with a number of other such devices.
Baltzan, Phillips, Lynch and Blakey (2010) stated that success is difficult to measure. Markova, Aula, Vainio, Wigelius, and Kulju (2007) discussed how tools for measuring success lies in the fact that success means different things for the different stakeholders that are the users of the service might emphasize the easiness of use while improved productivity is often mentioned as one of the main benefits from the perspective of the company. The success of Wi-Fi can be evaluated on the basis of benefits it is providing to its users and the company which is deploying that service. Both factors that are usability and business aspects are taken into consideration for evaluating success. Bradley, Pridmore, and Byrd (2006) explained how IT plan quality and cultural factors have a greater impact on success .Bradley et al. (2006) explained how the DeLone and McLean developed a six-factor Information success model ( Refer Fig. 1 ) which included system quality, information quality, IS use, user satisfaction, individual impact, and organizational impact to measure the success of an organization. In the case study McDonald failed to develop the Wi-Fi strategy due to their pay-per-use approach but did not want to miss the chance of earning extra revenue. So, Baltzan et al. (2010) explained how success could be measured using metrics
With the rapid growth of the mobile Internet and the mass market of the mobile platform like smartphone, tablets and the laptops create the anytime /anywhere computing and help to increase popularity of mobile Internet applications (Raychaudhuri & Mandayam, 2012).
As the use of 2G phones became more widespread internet usage was growing. If we can expect 3- 5 mbps of speed, which is actually equal to cable/DSL kind of speed in to a moving device! That’s what all about 3G. This enabled faster data-transmission speeds, greater network capacity and more advanced network services, basically turns your cell phones to a mini computer.Also 3G is that Wide Band Voice Channel, by this the world has been contracted to a little village because a person can contact with other person located in any part of the world and can even send messages too. 3G gives clarity of voice as well can talk without any disturbance simultaneously. Not only these but also have entertainments such as Fast Communication, Internet, Mobile T.V, Video Conferencing,
Was introduced which solve the problem of multiple users on the network and fully encrypted
issue. The full potential for android phones may be constrained by certain technical limits such as battery life and