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The PTA is a vibrant supplementary component of the School, apart from the annual academic pursuits of the schools. The
PTA has always been a pillar of strength and support to the efforts of the school in curricular and co-curricular fronts. Meritorious
students in academic and sports are recognized by the School.
Teachers Day is celebrated in a grand manner by PTA and the teachers are honored. The school has always been appreciative of the
spontaneous and supportive endeavors of the PTA.
Parents enjoy an active participation in the teaching-learning process provided in the class rooms through the widely appreciated
programme of 'Class Observation'. In addition to this,an orientation session-workshop is conducted for the parents of KG. This
programme aimed at early identification of talents in children to be nurtured effectively from the beginning. Guidelines to assist
children with learning difficulties were also provided. PTA with their coordinated efforts with the management continues providing
qualitative education and also helps in moulding impressionable young minds . An open day is held after each evaluation, each
examination, each term, when parents come to meet the teachers, to discuss about their wards and build up cooperation tolerance
and mutual exchange of ideas.


We've had a lot of fun working with LEDs, but we've often been frustrated by how difficult they can be to program, power, mount, and enclose.
That's why we invented the BlinkyTape!
BlinkyTape is a one meter long, full-color light tape with 60 independent RGB LEDs controlled by our custom light processor. Power and communications are provided by a built-in micro-USB connector. An on-board button allows for simple interactions such as choosing between effects.
BlinkyTape is flexible, so you can easily integrate it into any shape your project needs. BlinkyTape also comes enclosed in weatherproof silicone, so it's suitable for outdoor use!
Patterns can be stored directly on the BlinkyTape, so there's no need for a dedicated computer. Taking designs on the go is as simple as plugging the BlinkyTape into a USB battery pack!
The BinkyTape comes with bright, colorful built-in patterns, but of course you will want to make your own!
The BlinkyTape comes with a rich set of companion software that run cross-platform on Mac OS X, Windows, and Linux. Creating custom animations is as easy as plugging the BlinkyTape into your computer and starting PatternPaint. Patterns can be edited in real-time, or saved to the strip for playback away from the computer.
Need some sweet lighting for your next party? No problem, hook a couple of BlinkyTapes up to your USB port, fire up DiscoParty, and you'll have flashing colors and bright lights in no time.
Our favorite thing about the BlinkyTape is how easy it is to program to meet your own needs.
The BlinkyTape understands a simple serial protocol over USB, and we have plenty of example code for controlling the BlinkyTape using free programming environments such as Processing and Python.
Of course, it's possible to go even lower level. The BlinkyTape uses the same ATMEGA32u4 processor that you will find in the Arduino Leonardo, and can be programmed using the same easy-to-learn Arduino programming environment. We provide plenty of examples to get your project started!
We strongly believe in open source, and the BlinkyTape is no exception. All of the design files, PCB layouts, and source code are available now on Github.
Got a cool extension or some neat patterns? Please share them! Operators are standing by to review your pull requests.
Every one of the projects in our Kickstarter video is what we like to call a Speed Project. Speed Projects are typically done in one sitting and we think that these really show off how powerful the BlinkyTape can be!
The Blinky Hat started its life as a $7 hat found on the streets of Shenzhen, China. With the help of some double-sided tape, we wrapped a BlinkyTape around the hat brim and plugged it into our computer.
We used the live preview feature of PatternPaint to map out which LEDs were part of the front-left, front-right, and rear parts of the hat. From there it was a simple matter of making some sweet animations and saving them to the BlinkyTape. The last step was to simply unplug from the computer and plug into a portable USB charger!
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Inspired by the computer-screens-projected-on-faces effects in a popular sci-fi film, this project required only a BlinkyTape, some double-sided sticky tape, and a 4-sided box.
With the BlinkyTape attached to the front of the box we loaded up PatternPaint to make some cool looking animations that would light up our victi-, er, actor's face. After saving the pattern to the BlinkyTape, we just needed to find a dark, quiet place to film!
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Armed with 3 BlinkyTapes mounted in our aluminum diffuser tubes, a USB hub for power, and a MacBook Pro for the tunes, this project was a breeze to set up.
Using the awesome SoundFlower from Cycling '74, we looped the laptop's outgoing audio back in to the system input. This gives a clean audio signal to our DiscoParty app, which runs in Processing and makes use of the built-in beat detection analysis that Processing provides.
Warning: This project is super quick to set up, but we had so much fun tweaking the various visual effects that we spent hours playing with it afterwards.
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This project used a BlinkyTape mounted in an aluminum diffuser tube, a camera with a long exposure setting, and a dark place to shoot pictures.
PatternPaint makes light painting super simple with its image import functionality. Since the BlinkyTape has 60 RGB LEDs, we can load in almost any image that is 60 pixels tall. By saving the pattern to the BlinkyTape and powering it with a portable USB charger, we can make ridiculously awesome light paintings anywhere and everywhere (that it is dark enough to do so).
 The main BlinkyTape page some great links to help you learn about basic usage, including how to make your own programs and new firmware. In fact, why don't you leap on over to the page that talks about how to program for BlinkyTape in Processing!
The BlinkyTape is a one meter strip of flexible PCB material containing 60 RGB LEDs. At one end is our custom light processor, the BlinkyBoard. The BlinkyTape comes enclosed in a weatherproof silicone tubing.


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This force network simulates flow between states.
Each particle represents (at least) one "subject" or "object" in an experiment or simulation. Since many particles overlap paths, I've elected to have them perfectly overlap, but each node could be offset (perhaps with curved paths) in order to show quantity.
The particle moves along the path that was created in the simulation (see particle-paths.csv). The simulation will reset after it completes, or within 5 seconds. You can double click to isolate one node.
When one particles enters a node and two exit, that means that two different paths This force network simulates flow between states.


- The dog was surprisingly good at driving.
- In the hour he was behind the wheel, driving in reverse, he only hit a mailbox and a couple garbage bins.
- Police think that the dog’s owner left the dog in a running car and stepped out. That’s when the dog inexplicably took the wheel.
- Ruff trip.
- Visit Insider’s homepage for more stories.
At around 8:30 a.m. on Thursday, neighbors in Port Saint Lucie, Florida, spotted a silver sedan driving in circles around a cul-de-sac. The car appeared to be driverless, but there was someone behind the wheel: A dog. Specifically, a dog named Max.
“I saw this car going around in a circle and it was doing it for about an hour.
Port Saint Lucie Police were called to the scene. the human driver had left his dog in the running car and stepped out of the vehicle. The dog was locked inside the car, and was somehow able to put the car in reverse.
Luckily, police were able to rescue the dog and the car when the car’s unnamed owner gave them the keycode to the vehicle.
 No human or dog was injured in the incident.


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Rare Carat was born out of a painful experience of buying diamonds online. So we created a kick-ass product to help users search across a number of reputable sites at one go, and by using advanced data science to help intelligently select the best deal.
We hope your experience is better than ours was.
Seven out of eight people still buy diamonds offline. We want to bring you online to help you spend less, get more, and feel more confident doing so. We’re on your team. We’ve hand selected vendors with stellar reputations and services to search with a click.
It’s personal. Our recently engaged founder struggled with the same issues you’re having today - spending a lot of money on something he knew little about on sites he’d never heard of. Read about his journey here.
We’re also using data science and machine learning with IBM Watson to help you make the smartest decision. This blog post explains more.
In research and development, we’re testing artificial intelligence bots that ask questions in English, instead of “Diamond-ese” to help guide new buyers in finding the right stone.
If you have suggestions for features to make buying diamonds better, we’re all ears.


Implements NDK NIMU transport driver interface for ICSS. More...
#include "ti/transport/ndk/nimu_icss/nimu_icssEth.h"
#include "ti/transport/ndk/nimu_icss/src/nimu_icssEthDriver.h"
#include "ti/drv/icss_emac/icss_emacFwInit.h"
Data Structures | |
| struct | NIMU_IcssData_s |
| NIMU_IcssData. More... | |
Typedefs | |
| typedef struct NIMU_IcssData_s | NIMU_IcssData |
| NIMU_IcssData. More... | |
Functions | |
| int32_t | NIMU_ICSS_EmacInit (STKEVENT_Handle hEvent) |
| The EMAC Initialization Function. More... | |
| uint32_t | NIMU_ICSS_getNdkStatus (uint8_t instID) |
| The function is used to get the status of ndk driver. More... | |
Variables | |
| static uint32_t | nimuDeviceStat [NIMU_ICSS_EMAC_MAX_TBL_ENTRIES] = {NIMU_STAT_UNKNOWN} |
| variable to hold the status of ndk driver | |
Implements NDK NIMU transport driver interface for ICSS.
| typedef struct NIMU_IcssData_s NIMU_IcssData |
NIMU_IcssData.
The structure is used to store the private data for the EMAC controller.
| int32_t NIMU_ICSS_EmacInit | ( | STKEVENT_Handle | hEvent | ) |
The EMAC Initialization Function.
The function is used to initialize and register the EMAC with the Network Interface Management Unit (NIMU)
| uint32_t NIMU_ICSS_getNdkStatus | ( | uint8_t | instID | ) |
The function is used to get the status of ndk driver.
| [in] | instID | Stack Driver instance(0 in the implementation) |
| ndk | driver status |


Hi, I’m Chris. At the moment, I am the only contributor to this blog. Let’s start a list!
Teacher. Scholar. Gardener. Outdoor adventurer.
Born and raised in Nebraska, partial to southern Indiana, enchanted by North Carolina, and seeking my next stop in this great big beautiful world! Alumnus of Truman State University and Indiana University.
Intrigued by human performance, other cultures, classical music, multimedia art, armchair philosophy, great food, and even better conversations.
Seeking to be inspired, to inspire others, and to live on the edge between the past and the future, where life is happening.