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Mar 26 2012 05:21am
Hello and welcome my Information Guide about Google & Privacy's.

Index:
- Inside the Mind of Google (Documentary)
- Google's Privacy
- Technology Overview
- Google Chrome
- Owners of Google


Inside the Mind of Google (Documentary)

[YOUTUBE]http://youtube.com/watch?v=GDKt3tRgGqU[/YOUTUBE]



Google's Privacy

Quote
There are many different ways you can use our services – to search for and share information, to communicate with other people or to create new content. When you share information with us, for example by creating a Google Account, we can make those services even better – to show you more relevant search results and ads, to help you connect with people or to make sharing with others quicker and easier. As you use our services, we want you to be clear how we’re using information and the ways in which you can protect your privacy.

Our Privacy Policy explains:

What information we collect and why we collect it.
How we use that information.
The choices we offer, including how to access and update information.
We’ve tried to keep it as simple as possible, but if you’re not familiar with terms like cookies, IP addresses, pixel tags and browsers, then read about these key terms first. Your privacy matters to Google so whether you are new to Google or a long-time user, please do take the time to get to know our practices

Information we collect

We collect information to provide better services to all of our users – from figuring out basic stuff like which language you speak, to more complex things like which ads you’ll find most useful or the people who matter most to you online.

We collect information in two ways:

Information you give us. For example, many of our services require you to sign up for a Google Account. When you do, we’ll ask for personal information, like your name, email address, telephone number or credit card. If you want to take full advantage of the sharing features we offer, we might also ask you to create a publicly visible Google Profile, which may include your name and photo.

Information we get from your use of our services. We may collect information about the services that you use and how you use them, like when you visit a website that uses our advertising services or you view and interact with our ads and content. This information includes:

Device information

We may collect device-specific information (such as your hardware model, operating system version, unique device identifiers, and mobile network information including phone number). Google may associate your device identifiers or phone number with your Google Account.

Log information

When you use our services or view content provided by Google, we may automatically collect and store certain information in server logs. This may include:

details of how you used our service, such as your search queries.
telephony log information like your phone number, calling-party number, forwarding numbers, time and date of calls, duration of calls, SMS routing information and types of calls.
Internet protocol address.
device event information such as crashes, system activity, hardware settings, browser type, browser language, the date and time of your request and referral URL.
cookies that may uniquely identify your browser or your Google Account.
Location information

When you use a location-enabled Google service, we may collect and process information about your actual location, like GPS signals sent by a mobile device. We may also use various technologies to determine location, such as sensor data from your device that may, for example, provide information on nearby Wi-Fi access points and cell towers.

Unique application numbers

Certain services include a unique application number. This number and information about your installation (for example, the operating system type and application version number) may be sent to Google when you install or uninstall that service or when that service periodically contacts our servers, such as for automatic updates.

Local storage

We may collect and store information (including personal information) locally on your device using mechanisms such as browser web storage (including HTML 5) and application data caches.

Cookies and anonymous identifiers

We use various technologies to collect and store information when you visit a Google service, and this may include sending one or more cookies or anonymous identifiers to your device. We also use cookies and anonymous identifiers when you interact with services we offer to our partners, such as advertising services or Google features that may appear on other sites.

How we use information we collect

We use the information we collect from all of our services to provide, maintain, protect and improve them, to develop new ones, and to protect Google and our users. We also use this information to offer you tailored content – like giving you more relevant search results and ads.

We may use the name you provide for your Google Profile across all of the services we offer that require a Google Account. In addition, we may replace past names associated with your Google Account so that you are represented consistently across all our services. If other users already have your email, or other information that identifies you, we may show them your publicly visible Google Profile information, such as your name and photo.

When you contact Google, we may keep a record of your communication to help solve any issues you might be facing. We may use your email address to inform you about our services, such as letting you know about upcoming changes or improvements.

We use information collected from cookies and other technologies, like pixel tags, to improve your user experience and the overall quality of our services. For example, by saving your language preferences, we’ll be able to have our services appear in the language you prefer. When showing you tailored ads, we will not associate a cookie or anonymous identifier with sensitive categories, such as those based on race, religion, sexual orientation or health.

We may combine personal information from one service with information, including personal information, from other Google services – for example to make it easier to share things with people you know. We will not combine DoubleClick cookie information with personally identifiable information unless we have your opt-in consent.

We will ask for your consent before using information for a purpose other than those that are set out in this Privacy Policy.

Google processes personal information on our servers in many countries around the world. We may process your personal information on a server located outside the country where you live.

Transparency and choice

People have different privacy concerns. Our goal is to be clear about what information we collect, so that you can make meaningful choices about how it is used. For example, you can:

Review and control certain types of information tied to your Google Account by using Google Dashboard.
View and edit your ads preferences, such as which categories might interest you, using the Ads Preferences Manager. You can also opt out of certain Google advertising services here.
Use our editor to see and adjust how your Google Profile appears to particular individuals.
Control who you share information with.
Take information out of many of our services.
You may also set your browser to block all cookies, including cookies associated with our services, or to indicate when a cookie is being set by us. However, it’s important to remember that many of our services may not function properly if your cookies are disabled. For example, we may not remember your language preferences.

Information you share

Many of our services let you share information with others. Remember that when you share information publicly, it may be indexable by search engines, including Google. Our services provide you with different options on sharing and removing your content.

Accessing and updating your personal information

Whenever you use our services, we aim to provide you with access to your personal information. If that information is wrong, we strive to give you ways to update it quickly or to delete it – unless we have to keep that information for legitimate business or legal purposes. When updating your personal information, we may ask you to verify your identity before we can act on your request.

We may reject requests that are unreasonably repetitive, require disproportionate technical effort (for example, developing a new system or fundamentally changing an existing practice), risk the privacy of others, or would be extremely impractical (for instance, requests concerning information residing on backup tapes).

Where we can provide information access and correction, we will do so for free, except where it would require a disproportionate effort. We aim to maintain our services in a manner that protects information from accidental or malicious destruction. Because of this, after you delete information from our services, we may not immediately delete residual copies from our active servers and may not remove information from our backup systems.

Information we share

We do not share personal information with companies, organizations and individuals outside of Google unless one of the following circumstances apply:

With your consent

We will share personal information with companies, organizations or individuals outside of Google when we have your consent to do so. We require opt-in consent for the sharing of any sensitive personal information.

With domain administrators

If your Google Account is managed for you by a domain administrator (for example, for Google Apps users) then your domain administrator and resellers who provide user support to your organization will have access to your Google Account information (including your email and other data). Your domain administrator may be able to:

view statistics regarding your account, like statistics regarding applications you install.
change your account password.
suspend or terminate your account access.
access or retain information stored as part of your account.
receive your account information in order to satisfy applicable law, regulation, legal process or enforceable governmental request.
restrict your ability to delete or edit information or privacy settings.
Please refer to your domain administrator’s privacy policy for more information.

For external processing

We provide personal information to our affiliates or other trusted businesses or persons to process it for us, based on our instructions and in compliance with our Privacy Policy and any other appropriate confidentiality and security measures.

For legal reasons

We will share personal information with companies, organizations or individuals outside of Google if we have a good-faith belief that access, use, preservation or disclosure of the information is reasonably necessary to:

meet any applicable law, regulation, legal process or enforceable governmental request.
enforce applicable Terms of Service, including investigation of potential violations.
detect, prevent, or otherwise address fraud, security or technical issues.
protect against harm to the rights, property or safety of Google, our users or the public as required or permitted by law.
We may share aggregated, non-personally identifiable information publicly and with our partners – like publishers, advertisers or connected sites. For example, we may share information publicly to show trends about the general use of our services.

If Google is involved in a merger, acquisition or asset sale, we will continue to ensure the confidentiality of any personal information and give affected users notice before personal information is transferred or becomes subject to a different privacy policy.

Information security

We work hard to protect Google and our users from unauthorized access to or unauthorized alteration, disclosure or destruction of information we hold. In particular:

We encrypt many of our services using SSL.
We offer you two step verification when you access your Google Account, and a Safe Browsing feature in Google Chrome.
We review our information collection, storage and processing practices, including physical security measures, to guard against unauthorized access to systems.
We restrict access to personal information to Google employees, contractors and agents who need to know that information in order to process it for us, and who are subject to strict contractual confidentiality obligations and may be disciplined or terminated if they fail to meet these obligations.
Application

Our Privacy Policy applies to all of the services offered by Google Inc. and its affiliates, including services offered on other sites (such as our advertising services), but excludes services that have separate privacy policies that do not incorporate this Privacy Policy.

Our Privacy Policy does not apply to services offered by other companies or individuals, including products or sites that may be displayed to you in search results, sites that may include Google services, or other sites linked from our services. Our Privacy Policy does not cover the information practices of other companies and organizations who advertise our services, and who may use cookies, pixel tags and other technologies to serve and offer relevant ads.

Enforcement

We regularly review our compliance with our Privacy Policy. We also adhere to several self regulatory frameworks. When we receive formal written complaints, we will contact the person who made the complaint to follow up. We work with the appropriate regulatory authorities, including local data protection authorities, to resolve any complaints regarding the transfer of personal data that we cannot resolve with our users directly.

Changes

Our Privacy Policy may change from time to time. We will not reduce your rights under this Privacy Policy without your explicit consent. We will post any privacy policy changes on this page and, if the changes are significant, we will provide a more prominent notice (including, for certain services, email notification of privacy policy changes). We will also keep prior versions of this Privacy Policy in an archive for your review.


Technology Overview

Quote
Co-founder Larry Page once described the “perfect search engine” as something that “understands exactly what you mean and gives you back exactly what you want.” We can’t claim that Google delivers on that vision 100 percent today, but we’re always working on new technologies aimed at bringing all of Google closer to that ideal.

Before you even enter your query in the search box, Google is continuously traversing the web in real time with software programs called crawlers, or “Googlebots”. A crawler visits a page, copies the content and follows the links from that page to the pages linked to it, repeating this process over and over until it has crawled billions of pages on the web.

Next Google processes these pages and creates an index, much like the index in the back of a book. If you think of the web as a massive book, then Google’s index is a list of all the words on those pages and where they’re located, as well as information about the links from those pages, and so on. The index is parceled into manageable sections and stored across a large network of computers around the world.

When you type a query into the Google search box, your query is sent to Google machines and compared with all the documents stored in our index to identify the most relevant matches. In a split second, our system prepares a list of the most relevant pages and also determines the relevant sections and bits of text, images, videos and more. What you get is a list of search results with relevant information excerpted in “snippets” (short text summary) beneath each result.


This post was edited by Konjopatrick on Mar 26 2012 05:39am
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Mar 26 2012 05:22am
Quote
As Larry said long ago, we want to give you back “exactly what you want.”
Describing the basic crawling, indexing and serving processes of a search engine is just part of the story. The other key ingredients of Google search are:

Relevance.

As Larry said long ago, we want to give you back “exactly what you want.” When Google was founded, one key innovation was PageRank, a technology that determined the “importance” of a webpage by looking at what other pages link to it, as well as other data. Today we use more than 200 signals, including PageRank, to order websites, and we update these algorithms on a weekly basis. For example, we offer personalized search results based on your web history and location.

Comprehensiveness.

Google launched in 1998 with just 25 million pages, which even then was a small fraction of the web. Today we index billions and billions of webpages, and our index is roughly 100 million gigabytes. We continue investing to expand the comprehensiveness of our services. In 2007 we introduced Universal Search, which made search more comprehensive by integrating images, videos, news, books and more into our main search results.

Freshness.

In the early days, Googlebots crawled the web every three or four months, which meant that the information you found on Google typically was out of date. Today we’re continually crawling the web ensuring that you can find the latest news, blogs and status updates minutes or even seconds after they’re posted.

Speed.

Our average query response time is roughly one-fourth of a second. In comparison, the average blink of an eye is one-tenth of a second. Speed is a major search priority, which is why in general we don’t turn on new features if they will slow our services down. Instead, search engineers are always working not just on new features, but ways to make search even faster. In addition to smart coding, on the back end we’ve developed distributed computing systems around that globe that ensure you get fast response times. With technologies like autocomplete and Google Instant, we help you find the search terms and results you’re looking for before you’re even finished typing.

Ads

Online advertising has come a long way since the first banner ads appeared on the web. In the last 15 years, online advertising has evolved more than any other form of traditional advertising as the Internet and its users evolved—including keyword search advertising, rich media display ads and streaming video ads. While Google’s advertising programs have evolved with the industry, we stay committed to providing ads that are so useful and relevant that they serve as a form of information on their own.


With AdWords, for example, advertisers select words and phrases that are relevant to their business as keywords. When people use Google to search for keywords, relevant ads may be displayed alongside the search results. We use an auction to price these ads, which runs automatically every time a user enters a query. Advertisers pay only when a user clicks on their ad, and our system guarantees that they pay the minimum amount necessary to maintain their ad position. They can also immediately track the results of their campaigns.


We give marketers constant feedback so they no longer have to guess how their campaigns are performing or what consumers want. This feedback comes directly from visitors, anonymously and in aggregate, who vote with their clicks on what they’re looking for and whether they’re satisfied. With Google Analytics, advertisers get sophisticated aggregate measurements of how visitors arrive to their website, what they do when they’re there, whether they make a purchase or sign up, and where they go when they’re done. This data enables marketers to experiment and improve their campaigns continuously: They can try different keywords and ad text, track the value of their keywords and test different layouts of their landing pages to present consumers with relevant information and a high-quality experience. With these insights into customer behavior and customer trends, advertisers can optimise the path from search to sale, so that they reach and satisfy their customers, reach new audiences and improve value on their spend. And in tough economic climates, when value matters more than ever, our measurement tools can help marketers allot their spend to the initiatives that have proven to be most effective.


We’re putting similar technology to work with display ads and other ad formats. In this area, our goal is to build tools that simplify the process of buying and selling ads, make it more effective and measurable, and open the ecosystem to more players. For example, the Google Display Network has grown from simple text ads to include a range of formats including rich media, video, image and Flash, and enables advertisers to reach users across over a million partner AdSense and DoubleClick Ad Exchange websites, and Google properties like Google Finance and YouTube. We automatically match ads to publishers’ webpages in a variety of ways, including by matching ads to the content of the page. As with AdWords, an automatic process determines which ads show up where and how much each advertiser pays.

We’ve also built tools like the DoubleClick Ad Exchange, a first-of-its-kind real-time auction marketplace for display ad space. The Ad Exchange brings together major ad networks, agency trading desks and large publishers. It enables advertisers to bid for ad space in real-time on an impression-by-impression basis, so they can deliver the right display ad at the right time at the right price. And using technology called “dynamic allocation,” it enables publishers to maximise their revenue across both ad space sold directly through their sales force and ad space sold indirectly through ad networks, impression by impression. Across billions of impressions, this can mean significantly increased returns for online publishers.

Apps

In the past, the computer applications that people used to connect, communicate and collaborate with others—like email, word processing, calendars and spreadsheets—would have to be “installed” on your computer. This software would live on your computer, jamming it up with old files and outdated versions of the same software. If you spilled coffee on your computer, your files were done for. And you’d continually have to upgrade your programs manually whenever a new version came on the market. These are the kinds of problems that cloud computing technology avoids altogether.


With cloud computing, the apps themselves live “in the cloud”: on the web, so you don’t need any special software or hardware to use them as long as you have an Internet connection. As a result, you can access your stuff from anywhere, using any device with a browser: smartphones, netbooks, laptops. You don’t need to worry about whether an app is compatible with your computer or about upgrades and downloads. Your files are safe from any hard-drive-meets-coffee-cup disaster, and you can invite anyone to share your files or keep them private. If you’re collaborating on something, each of you can work in the same document, without having to save, attach and email version after version, risking the loss of important updates.

For individuals, this can make everyday tasks easier and faster: Imagine planning a wedding, and being able to access your guest list, budget and other important information at work as well as at home, and being able to share everything with your fiancee and family to get input and share planning tasks. For businesses both large and small, cloud computing saves money by removing the need to purchase and maintain software for each client machine, while at the same time enabling employees to be more productive.

This is all possible because the applications and the data associated with them is stored on Google’s machines, rather than on your desktop hard drive or on servers maintained by your company. We keep live copies of your data on multiple servers in each of multiple locations, meaning that there’s no scheduled downtime and your data is backed up and secure.

Mobile and Android


Mobile devices are fast becoming the world’s portal to information, and we’re committed to developing our products so they can be used on these small computing devices. For many, a mobile phone is the primary or even the only means of accessing the web, so designing our products to be accessible on mobile devices is a key part of making information available to more people around the world. Our goal is to build mobile applications, such as Google Maps and Gmail, that work across multiple devices and locations.


Android is a free, open source mobile platform that any developer can use and any handset manufacturer can install. By opening up mobile devices to all developers, we believe we can drive greater innovation and more choice for the benefit of mobile users everywhere.


NEXT: Google chrome

This post was edited by Konjopatrick on Mar 26 2012 05:24am
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Mar 26 2012 05:24am
Google Chrome


Quote
We introduced Google Chrome in September 2008 because we believed that a modern browser, designed to handle today’s complex, dynamic web, would be better for users and would help spur greater innovation. We built Google Chrome based on three ideas: speed, simplicity and security.

We built Google Chrome based on three ideas: speed, simplicity and security.
The design of Chrome is sleek and minimal, letting you focus on what you’re doing online rather than taking up valuable screen real estate with unnecessary menus and icons. Meanwhile, every aspect of the browser is optimised for speed, and our powerful JavaScript engine, V8, which was built from the ground up, lets Chrome handle complex web applications at lightning speeds. And Chrome was designed with security in mind, isolating each page in its own “sandbox” for an additional layer of security, automatically updating when new bug fixes and security patches are available. On top of all this, we’ve built in robust support for HTML5 and an extensions gallery for you to personalize and enhance your browsing experience.

Finally, with Chrome as a foundation we’re building Google Chrome OS, an operating system for a new generation of devices that will share Chrome’s focus on speed, simplicity and security.


Owners of Google

The Owners of Google are Larry Page & Sergey Brin, according to the US Federation they are both worth more then 15 Billion dollars.



Larry Page:

Larry Page was born in Lansing, Michigan. His father, Carl Page, earned a Ph.D. in computer science in 1965 when the field was in its infancy, and is considered a "pioneer in computer science and artificial intelligence." Both he and Page's mother were computer science professors at Michigan State University. Gloria Page, his mother, is Jewish but he was raised without religion.
Page attended the Okemos Montessori School (now called Montessori Radmoor) in Okemos, Michigan from 1975 to 1979, and graduated from East Lansing High School in 1991. He holds a Bachelor of Science in computer engineering from the University of Michigan with honors and a Master of Science in computer science from Stanford University. While at the University of Michigan, "Page created an inkjet printer made of Lego bricks" (actually a line plotter), served as the president of the Eta Kappa Nu in Fall 1994, and was a member of the 1993 "Maize & Blue" University of Michigan Solar Car team.
During an interview, Page recalled his childhood, noting that his house "was usually a mess, with computers and Popular Science magazines all over the place". His attraction to computers started when he was six years old when he got to "play with the stuff lying around". He became the "first kid in his elementary school to turn in an assignment from a word processor." His older brother also taught him to take things apart, and before long he was taking "everything in his house apart to see how it worked". He said that "from a very early age, I also realized I wanted to invent things. So I became really interested in technology...and business . . . probably from when I was 12, I knew I was going to start a company eventually".
After enrolling for a Ph.D. program in computer science at Stanford University, Larry Page was in search of a dissertation theme and considered exploring the mathematical properties of the World Wide Web, understanding its link structure as a huge graph. His supervisor Terry Winograd encouraged him to pursue this idea, which Page later recalled as "the best advice I ever got". Page then focused on the problem of finding out which web pages link to a given page, considering the number and nature of such backlinks to be valuable information about that page (with the role of citations in academic publishing in mind). In his research project, nicknamed "BackRub", he was soon joined by Sergey Brin, a fellow Stanford Ph.D. student.
John Battelle, co-founder of Wired magazine, wrote of Page that he had reasoned that the "entire Web was loosely based on the premise of citation – after all, what is a link but a citation? If he could devise a method to count and qualify each backlink on the Web, as Page puts it 'the Web would become a more valuable place'." Battelle further described how Page and Brin began working together on the project:
"At the time Page conceived of BackRub, the Web comprised an estimated 10 million documents, with an untold number of links between them. The computing resources required to crawl such a beast were well beyond the usual bounds of a student project. Unaware of exactly what he was getting into, Page began building out his crawler.
"The idea's complexity and scale lured Brin to the job. A polymath who had jumped from project to project without settling on a thesis topic, he found the premise behind BackRub fascinating. "I talked to lots of research groups" around the school, Brin recalls, "and this was the most exciting project, both because it tackled the Web, which represents human knowledge, and because I liked Larry".
Brin and Page originally met in March 1995, during a spring orientation of new computer Ph.D. candidates. Brin, who had already been in the program for two years, was assigned to show some students, including Page, around campus, and they later became good friends.
To convert the backlink data gathered by BackRub's web crawler into a measure of importance for a given web page, Brin and Page developed the PageRank algorithm, and realized that it could be used to build a search engine far superior to existing ones. It relied on a new kind of technology that analyzed the relevance of the back links that connected one Web page to another. In August 1996, the initial version of Google was made available, still on the Stanford University Web site.

Sergey Brin.

Sergey Brin was born in Moscow to Russian Jewish parents, Michael Brin and Eugenia Brin, both graduates of Moscow State University. His father is a mathematics professor at the University of Maryland, and his mother is a research scientist at NASA's Goddard Space Flight Center
Childhood in the Soviet Union

In 1979, when Brin was six, his family felt compelled to emigrate to the United States. In an interview with Mark Malseed, author of The Google Story, Sergey's father explains how he was "forced to abandon his dream of becoming an astronomer even before he reached college". Although an official policy of anti-Semitism did not exist in the Soviet Union, Michael Brin claims Communist Party heads barred Jews from upper professional ranks by denying them entry to universities: "Jews were excluded from the physics departments, in particular..." Michael Brin therefore changed his major to mathematics where he received nearly straight A's. He said, "Nobody would even consider me for graduate school because I was Jewish." At Moscow State University, Jews were required to take their entrance exams in different rooms from non-Jewish applicants, which were nicknamed "gas chambers", and they were marked on a harsher scale.
The Brin family lived in a three-room apartment in central Moscow, which they also shared with Sergey's paternal grandmother. Sergey told Malseed, "I've known for a long time that my father wasn't able to pursue the career he wanted", but Sergey only picked up the details years later after they had settled in the United States. He learned how, in 1977, after his father returned from a mathematics conference in Warsaw, Poland, he announced that it was time for the family to emigrate. "We cannot stay here any more", he told his wife and mother. At the conference, he was able to "mingle freely with colleagues from the United States, France, England and Germany, and discovered that his intellectual brethren in the West were 'not monsters.'" He added, "I was the only one in the family who decided it was really important to leave..."
Sergey's mother was less willing to leave their home in Moscow, where they had spent their entire lives. Malseed writes, "For Genia, the decision ultimately came down to Sergey. While her husband admits he was thinking as much about his own future as his son's, for her, 'it was 80/20' about Sergey." They formally applied for their exit visa in September 1978, and as a result his father "was promptly fired". For related reasons, his mother also had to leave her job. For the next eight months, without any steady income, they were forced to take on temporary jobs as they waited, afraid their request would be denied as it was for many refuseniks. During this time his parents shared responsibility for looking after him and his father taught himself computer programming. In May 1979, they were granted their official exit visas and were allowed to leave the country.
At an interview in October, 2000, Brin said, "I know the hard times that my parents went through there, and am very thankful that I was brought to the States." A decade earlier, in the summer of 1990, a few weeks before his 17th birthday, his father led a group of gifted high school math students, including Sergey, on a two-week exchange program to the Soviet Union. "As Sergey recalls, the trip awakened his childhood fear of authority" and he remembers that his first "impulse on confronting Soviet oppression had been to throw pebbles at a police car." Malseed adds, "On the second day of the trip, while the group toured a sanitarium in the countryside near Moscow, Sergey took his father aside, looked him in the eye and said, 'Thank you for taking us all out of Russia.'"
Education in the United States
Brin attended grade school at Paint Branch Montessori School in Adelphi, Maryland, but he received further education at home; his father, a professor in the department of mathematics at the University of Maryland, nurtured his interest in mathematics and his family helped him retain his Russian-language skills. In September 1990, after having attended Eleanor Roosevelt High School in Greenbelt, Maryland, Brin enrolled in the University of Maryland to study computer science and mathematics, where he received his Bachelor of Science in May 1993 with honors.
Brin began his graduate study in computer science at Stanford University on a graduate fellowship from the National Science Foundation. In 1993, he interned at Wolfram Research, makers of Mathematica. He is on leave from his Ph.D. studies at Stanford.
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