How to Learn a Programming Language: 7 steps Edit Article Edited by Bourkas, Tom Viren, Ben Rubenstein, Compmod129 and 77 others Whether you want to design a video game, develop some cool apps for iPhone or Android or just want to do it for fun, programming is the way to go. There are countless programming languages for all sorts of uses, but learning them is easy once you learn how to use one. As a beginner, you'll probably start with Java or HTML. Once you become proficient in a language, you'll be able to create all sorts of new programs and really let your creativity show through! Ad Steps 1Decide your goal. 10Have a lot of practice. Tips When you learn something new, it is often helpful to implement it yourself and then tweak the design, predicting the results, to make sure you understand the concept.For practice, try to teach others. Sources and Citations How To Become A Hacker, an essay by Eric S.
RechargeIT.org RechargeIT was launched in 2007 as an effort within Google.org to demonstrate plug-in electric vehicle (EV) technology and accelerate its adoption. With several new EV’s now available in the marketplace, we’ve retired the RechargeIT initiative. In fact, we’ve updated our EV infrastructure to include more than 30 of the newest plug-in vehicles as part of our employee car sharing service, Gfleet. We’ve started with the Chevrolet Volt and Nissan Leaf and we’ll be adding new models as they become available. We’ve also been busy creating the largest corporate EV charging infrastructure in the country, with over 200 chargers currently in place, with the goal of electrifying 5% of our parking spaces at our Mountain View headquarters. When we launched RechargeIT in 2007, there were no commercially available plug-in hybrid EV’s available in the market. The RechargeIT Demonstration Fleet During charging, the system monitored and recorded the AC charge power. The driving experiment
Projects - Technology-Driven Solutions that Address Global Challenges Solutions to help the world live and work more sustainably We developed the Renewable Energy Cheaper than Coal (RE<C) initiative to drive down the cost of renewable energy. We’ve published our results to help others in the field continue to advance the state of concentrating solar technologies. Go to RE<C Google Earth Engine Google Earth Engine, now part of Google Geo, makes decades of satellite imagery archives, data and tools available to scientists and governments around the world so they can monitor and measure changes in the Earth’s environment. Go to Google Earth Engine RechargeIT RechargeIT was launched to demonstrate plug-in electric vehicle (EV) technology and accelerate its adoption. Go to RechargeIT PowerMeter We developed Google PowerMeter as a free energy monitoring tool to raise awareness about the importance of giving people access to their energy information. Go to PowerMeter Investments and grants Informing health policies and providing early warning systems for disease outbreaks
RE<C - A Google.org Project to Develop Electricity from Renewable Energy Sources Our approach to RE<C Through RE<C, we made several investments in companies working on potentially breakthrough technologies. For instance, we invested in companies like Brightsource Energy and eSolar to help expand their work on concentrating solar power technology, and in Potter Drilling to advance its innovative geothermal drilling technology. The solar power tower is an exciting technology that works by using a field of mirrors, called heliostats, to concentrate the sun’s rays onto a solar receiver on top of a tower. Our RE<C engineering team focused their research on two areas of solar power technology: reducing the costs associated with heliostats, and reducing the cost and water consumption of the system. Over the last few years, we’ve seen a lot of progress in clean energy. In addition, we’ve reached a point in our engineering projects where we’re facing new challenges related to our solar receiver design. What we’ve learned Brayton project overview
PowerMeter - Save Energy. Save Money. Make a Difference. We launched Google PowerMeter as a free energy monitoring tool to raise awareness about the importance of giving people access to their energy information. PowerMeter included key features like visualizations of your energy usage, the ability share information with others, and personalized recommendations to save energy. We partnered with device manufacturers and utilities around the world. Many of our partners now have new options available for accessing energy information. We are pleased that PowerMeter helped demonstrate the importance of access to energy information, and created a model for others. We continue to see encouraging results about the importance of access to energy data. Momentum is building toward making energy information more readily accessible, and it’s exciting to see others drive innovation and pursue opportunities in this important new market. We’re proud of what we’ve accomplished with PowerMeter and look forward to what will develop next in this space.
Basic Cisco 800 Router Configuration for Internet Access | Networks Training advertisement The Cisco 800 series routers are part of the “Branch Office” category, used mainly for SOHO purposes or for connecting remote branch offices to a central location. They are “fixed hardware configuration” devices, meaning that they don’t have any plug-in hardware slots for inserting additional interfaces to the device (all the interfaces are fixed). All the 800 series models come with a 4-port 10/100 managed switch used for connecting the internal LAN computers, and with an IOS software that supports security features including the Firewall set. The main difference of each model is the WAN interface. In this post I will describe a basic configuration scenario for connecting a Cisco 800 router for Internet access. Something to have in mind for all 800 series routers, the four LAN interfaces (FE0 up to FE3) are Layer2 switch interfaces that are assigned by default to Vlan1. I will describe three basic scenarios which are frequently encountered in real networks. Scenario 1: ! !
11.10 - Does anyone know how to create pretty + cool conky Lisaa Paris Ecole de Mode Stylisme Textile Modélisme : Admission et règlement Standard Requirements Student should be highly motivated with an interest in applied arts. Applications Procedures Call the offices at (33.1.42.22.13.01 or 33.1.47.07.17.07) to arrange an interview. An interview will be held with the candidate between January and June and will determine his level in the following areas: Un rendez-vous sera proposé au candidat entre janvier et Juin. - General and artistic culture, - Connaissance et curiosité du milieu de la mode, - Presentation of a portfolio of personal artwork (drawings, illustrations, photographs, graphic work and personal research.) - une lettre de motivation manuscrite, - un curriculum vitae. Length of interview : 1 hour Results The candidate will be informed of the interview results two days later. An admissions folder will then be sent. Successful learning implies certain conditions, including a comfortable working environment to facilitate student development. Attendance Exams Promotion to the following year Use of student work Discipline Tuition