[CM13] Download great and amazing Cyanogenmod 13 For Mi 4C Marshmallow 6.0

Download and install unofficial Cyanogenmod CM13 for Mi4c running on android Marshmallow 6.0.There are some minor bug though it will soon fixed.Thanks to XDA dev xiaobai112220,for this rom. As we know that for flashing any custom rom in your device like CM12.1 or Cm13 you need to have custom recovery installed in your device for eg TWRP recovery.

After install TWRP recovery you can follow below guide on How to install Cm13 on Mi 4C.Do make sure to fulfill all the requirements given below before proceeding

#Requirement

1.Your Xiaomi MI 4C Must be Rooted.

2.Must Have Custom Recovery in MI 4c like TWRP.

3.Make sure to Do backup of your current Rom from recovery.

4.Before flashing check for the bugs and stability report from Here

#How Install Cyanogenmod 13 in Xiaomi Mi 4C



1.Download Cyanogenmod 13 rom for Mi 4c from the link given below in download section.

2.Download Google app for android marshmallow 6.0 [CM13] from the link given below.

3.Copy both the files into your device memory.

4.Now reboot your device into Recovery Mode that is TWRP recovery.

5.Now flash CM13 rom from TWRP recovery and then flash Gapps 6.0.

6.Do Clear Cache and Wipe Data.

7.Reboot Your device.Done! you have successfully flash Cm 13 rom in your mI 4c.

#Download
1- Download Cyanogenmod 13 rom for Mi4C
(download the latest built according to date).
2- Download Gapps for android Marshmallow 6.0[CM13]

Finger Mouse- A new technology unleashed

Feeling More Amateur Than Maestro with a Finger-Worn Mouse

A computer mouse that wraps around your finger is nice for a while, but it’s much too awkward.

The Mycestro slips over a finger and translates its motion into cursor movements.

When I first heard about the Mycestro, a little computer mouse you wear on your index finger and control by wagging your digits like a symphony conductor, I laughed. It seemed very awkward.

Then I started thinking about how much time I spend using a traditional computer mouse each day, and got to thinking that it might not be such a bad idea to mix up my mouse routine. Maybe it would make some tasks more efficient, or lessen the strain I feel in my shoulders after hours in front of a computer. And perhaps it would be easier to use than other gesture control devices, such as Leap Motion, which sits on your desk and senses different hand gestures. The device, called Mycestro (pronounced “maestro”), started as a Kickstarter project in 2013 and is now selling online for $149.

I spent several days using the device, for a few hours at a time. I used it to control all kinds of activities: watching videos, listening to music, playing games, researching stories, sending e-mail, and typing up this review.

For me, the Mycestro ranged from frustratingly useless to surprisingly effortless. At first, I spent a lot of time feeling like an oaf and not a maestro, struggling to get the cursor to go precisely where I wanted it. Yet, slowly, I began to get used to this strange new world of “finger-mousing.” I never got fully comfortable with the device, though; it was just too awkward and, at times, uncomfortable.

After more than two decades of using a mouse that sits under your hand, it’s hard to get used to one that clings to your finger. The Mycestro is like a bulky, futuristic ring: it’s about 4.5 centimeters long, and looks sort of like an arrowhead sitting on your index finger (only the right one, for now). The side closest to your thumb includes a touchpad and three little buttons for scrolling, selecting, and clicking.

To use the Mycestro, you plug a little Bluetooth dongle that comes with it into a USB port on your computer. Then you slide the ring on, touch your thumb anywhere on its side touchpad, and start waving your hand to see the cursor move.

At first, it’s exciting—you’re moving your hand left to right, up and down, diagonally, sweeping it in an arc in front of you, and the Mycestro responds immediately, interpreting your gestures as on-screen cursor movements. There was rarely any lag, and the company that makes it, Innovative Devices, says it should work at a distance of up to 30 feet.

Though the Mycestro only weighs half an ounce, it started to feel heavy and clunky really quickly. Wearing it for more than half an hour or so at a time while typing was a challenge. I could never comfortably type with my index finger while it was wrapped around my finger.

Overall, I can see Mycestro’s utility while traveling if you hate using a trackpad and don’t have room for a regular mouse, or while taking a break from sitting in front of a desk. But unless somebody yanks my trusty work mouse out from under my hand, the Mycestro won’t fully replace it
.

Lifi-The future of fastest internet access

Definition - What does LIFI mean?

Li-fi is an innovative idea in IT, one that aims at eventually replacing radio frequency wireless signals with those that come from light sources. This type of technology is still being developed, and may have the potential to introduce vastly improved wireless services.

 What is LIFI

New reports from the BBC show that Chinese researchers are developing a microchip light bulb that could enable up to 150 Mb per second of data transfer. This idea, also known as visible light communications or VLC, is just being pioneered in various applications. Scientists point out that visible light spectrums are part of the greater electromagnetic spectrum, and that this kind of application of light energy could help to unlock the puzzle of how to offer enough frequency capacity for a seemingly exponential demand.

In terms of its practicality, light-based data transfer would differ from existing radio frequency setups in a key way. Unlike radio energy, light does not penetrate physical barriers. That would require a different model where wireless systems need to be placed in the same room or space as endpoint devices or LAN network pieces. This would involve various pros and cons, but would generally require a pretty big user adjustment and a different idea of how to provision services. Chinese teams are expected to unveil more about Li-fi technology later in the fall of 2013.

Li-fi Technology China’s new and amazing invention

Chinese scientists have successfully developed a new technology named “Li Fi” the better, fast and cheap alternative of Wi Fi Technology. Chinese scientists claim that they have invented a better, reliable and cost-effective technology than the current technology “Wifi”, Li-Fi Technology works on a Light Bulb called LED (Light Emitting Diode). Professor Chi Nan of Shanghai institute of technical physics Chinese academy of sciences claims that her team is successful in inventing a technology which works on a 1 Watt LED capable to connect 4 PC’s simultaneously to the internet. Data travels over light signals instead of radio waves. Chi Nan Says, in Li-Fi Technology, special Micro Chips are used along with the LED’s to get access to the Internet and the speed of this technology can be extend to 150 Mbps which is higher than the current internet speed in China.

Li-Fi technology stands for “Light-Fidelity Technology” and uses visible light instead of Gigahertz radio frequency. The term “Li-Fi” was coined by Harald Haas from University of Edinburgh in the UK and refers to a visible light technology which will work on a similar principle as Wi-Fi does. Chi said, the current wireless signal transmission equipments are costly and low in efficiency. Whenever there is light, there is Internet. No light no Internet. Now your Car lamps, street lights and room bulb are your source to fastest Internet.

How Li-Fi technology Works

Li-Fi Technology works in the same manner to Wi-fi. Li-Fi Technology uses light signals to transfer data. LED’s are switched ON and OFF so faster than the human eye can detect and it seems to be continuous. Li-Fi Technology transfers signals in Binary Form (1 and 0), 1 represents ON State and 0 the Off State. A Micro chip added to the LED controls the ON and OFF Switching. Suppose you have a LED at sending end which flashes and sends signals and a Photo Detector receives signals on the other end. As soon as light flashes the photo detector detect the signals as 1 or ON otherwise 0 or OFF. Flashing the light many time will build a message and enable the data to travel. This is how Li-Fi Technology.

Pros and Cons of Li-Fi Technology

Pros of Li-Fi Technology

1. Internet can be accessed in those areas where optical fiber is not easy to deploy. 2. Provides good connectivity where there is light even in streets. 3. If it creates a bridge of network, all the lights of your house will act as a source of internet means full signals and great connectivity. 4. Faster than the Wi-Fi technology.

Cons of Li-Fi Technology

1. This technology works on exact line of sight, means light will not pass through the walls, we will be bound to a room. 2. How data will be transmitted back to the LED. 3. Long distance links will not be easy to create.

Future of Wi-Fi Technology

It seems like Li-Fi Technology will beat Wi-Fi Technology in indoors but it will take some time to do so.But Li-Fi Technology does not seems to be beating it in outdoors. However we are looking forward to the Public display of Li-Fi kits which are to be displayed at China’s International Industry Fair on 5th of November 2013 in Shanghai