A logo is of great importance for any company. It stands for a company's business purpose and is crucial for communicating with the target audience.
Many corporate brands change their logos with time to keep pace with their changing business.
Here we present the evolution of logos of 10 companies.


1. Apple

Steve Jobs, Steve Wozniak, and Ronald Wayne had together setup Apple in 1976, to sell their hand-built computer Apple I.
When Apple was started, the logo was a complicated picture of Isaac Newton sitting under a tree. This had been designed by Jobs and Wayne, with the inscription: 'Newton . . . A Mind Forever Voyaging Through Strange Seas of Thought . . . Alone.'
However, Jobs hired Rob Janoff to simplify the logo.
Janoff created the 'Rainbow Apple' which was the logo for company till 1998.
When Apple launched the new iMac in 1998, they changed their logo to a monochromatic apple logo.
Now, the Apple logo comes with gradient chrome silver design.
2. Shell

In 1900, when the company was started, the logo was a realistic and simple shell which lies flat on the ground.
This was a pectin or scallop shell, but today the company has a logo which is bold, colourful and much simpler.
The evolution of the logo began after 1915.
When the company started a project in California, it added the red and yellow colors to the symbol.
These are the colours of Spain, where many Californian settlers were born.

3. Xerox

The Xerox Company used to be known as the Haloid Company almost 100 years ago.
But in 1938, Chester Carlson invented xerography.
Haloid Company decided to go with Chester and made the first photocopying machine named Haloid Xerox 14.
The original Haloid word which was prominent in the company's logo before 1961 was completely replaced by Xerox.
They retained almost the same logo from 1961 to 2004.
The company changed its logo in 2008 to get away from this stereotyped image, by changing the font of the word. 
They also added a ball which has a stylish X.
4. Microsoft

The Microsoft story began in 1975, when Bill Gates and his friend Paul Allen coded the first computer language for a PC and named it BASIC.
Soon they named their partnership as Micro-Soft which explains the first logo of the company.
They changed the logo in that year itself and dropped the hyphen too. 
For the next 12 years, the logo had a distinctive O.
A new logo came on in 1987.
The new logo designed by Scott Baker, came to be known as 'the Pacman logo' because of the distinctive cut in the O.
In 1994, they integrated their tagline 'Where do you want to go today?' within the logo. This was not well accepted and the company kept trying different taglines.
The new 2008 logo has all the text in Italics (including the tagline), but the look of the logo has remained pretty much the same.
5. Nike

Caroline Davidson designed the Nike logo for just $35 in 1971.
The main part of the logo hasn't changed with time.
As the brand gained recognition, the company name was dropped from the logo.
The company has different variations of this logo for its various departments.
6. Wal-Mart

The company has tried out various colours and variation of the word Walmart over the years.
In 1962, when Sam Walton started, the company logo had simply the word spelled in a very basic design.
The logo was changed in 1964, when a hyphen was added and the color was also changed from blue to black.
The 1968 logo shown here is the discount city logo, which was mainly used for uniforms, in-store signing etc, but it was never used to advertise or even in annual reports.
The 1981 logo changed the curly font to a more solid font, giving the company a more stable, established and balanced look.
The hyphen in this logo was replaced by the star in 1992, and the familiar blue colour of the logo returned for the first time after the company's inception.
The font of the current logo differs a little from the original and is indeed more stylish, but the 'Walmart' word without a break appears for the first time after 1962.
They have kept the star from 1992, but moved it to the end.
7. Pepsi

Pepsi was first started by Caleb Bradham in 1890s.
Initially named as Brad's drink the name was quickly changed to Pepsi-Cola, which is visible in the first 1898 logo.
Finally in 1903, the name was trademarked and hasn't been changed till date.
In the early years, Brad made custom logos for the brand as it became more famous.
In 1933, the company was bought by Loft, Inc.
The company changed the bottle size from 6 to 12 oz. and came up with the 'Refreshing and Healthful' logo.
However, the major breakthrough in the Pepsi logo design came in 1940's.
Walter Mack, then CEO of Pepsi, came up with the idea of a new bottle design, with a crown having the Pepsi logo.
The 'Pepsi Globe' emerged when USA was in WWII, and to support the country's war efforts, Pepsi had a blue, red and white logo.
During the 1960s, the script was changed from the curly red, and the main attraction was on the bottle cap in the logo.
We see the first appearance of the Pepsi Globe instead of the bottle cap in 1973.
In 1991, the typeface was moved from inside the globe.
The red bar was lengthened and the typeface came on the top of the globe. In 1998, the white background in the logo was replaced by the blue colour, which also resulted in dropping the red horizontal band.
The globe now had 3D graphic and larger than earlier versions. It might be that since, Pepsi and the globe touch each other for the first time in the logo, the name 'the Pepsi Globe' was given to the logo.
The globe came on top of the script in 2003, and in their current logo they have done away with the script altogether.
8. Google

The clarity of thought is visible in the company's logo right from the very beginning, when in 1996 two Stanford University computer science graduates -- Larry Page and Sergey Brin -- built the search engine.
The name of the search engine is derived from Googol (meaning one followed by 100 zeros).
Google's first logo was created by Brin, after he taught himself to use the free graphic software GIMP.
Later, an exclamation mark mimicking the Yahoo! logo was added.
In 1999, Stanford's Consultant Art Professor Ruth Kedar designed the Google logo that the company uses today
9. IBM

IBM was earlier known as The International Time Recording Company (ITR), whose major products were mechanical time recorders, invented and patented by Willard L. Bundy in 1888.
The old logo of the company had ITR inscribed on it.
In 1911, ITR was merged with the Computing-Tabulating-Recording Company, which is why the logo had both ITR and CTR.
In 1924, the Computing-Tabulating-Recording Company adapted the name International Business Machines Corporation.
The ornate letters that formed the 'CTR' logo were replaced by the words 'Business Machines' girdled by the word 'International.'
In 1947, IBM decided to drop the globe from its logo, which was by then quite familiar among the people.
The logo was not the only change in 1947; it was accompanied by a change in business from the punched-card tabulating business to computers.
The typeface of this logo was called Beton Bold.
In 1956, before Thomas J Watson, Senior died he appointed Tom Watson, Jr. as the CEO. Tom Watson, Junior decided to project the beginning of a new era in the company, for that he changed the company's logo as well as the actions.
Paul Rand designed the new logo which represented that the changes in the company would be subtle and will not disrupt the continuity.
Also, the new logo looked more solid, grounded and balanced.
Another change in the logo was designed by Paul Rand which had stripes instead of the solid font. It depicted 'speed and dynamism'.
Since, then the logo has more or less remained the same, and the design has been recognized and replicated all over the world.
10. Kodak

Kodak was the first company to integrate its name and looks into one symbol in 1907. After 1935, Kodak predominantly used yellow and red colors and the complete name of the company.
First time the Kodak name was completely written in the logo in 1935, which began the use of yellow and red colors as well.
In 1960, they tried to show a flip page as a logo, but was changed to a box and graphic 'K' element in 1971.
Again, like other companies, Kodak decided to simplify their logo in 1996, and removed the boxes.









The Japanese government estimates the Earth Simulator cost $400,000,000, making it the most expensive computer ever built. The budget for the Earth Simulator project was authorized for the National Space Development Agency of Japan (NASDA) and the Power Reactor and Nuclear Fuel Development Corporation (PNC) in 1997, and NEC Corporation made the winning bid for the Japanese project.computerandhardwareandt Most Expensive Computer in the World 2011By May 2002, the 640 processor node supercomputer was benchmarked with Linpack as having 35.86 TFlop/s performance. This gave it the top spot on the TOP500 Supercomputer Sites list until 2004 when IBM’s BlueGene/L supercomputer took its place using an architecture that cost less than half as much to implement.

Each processor node in the Earth Simulator contains 8 vector processors running at 500MHz with 16GB of shared memory, and the total main memory in the machine is 10 terabytes. The operating system running on the supercomputer is NEC’s UNIX-based OS called “SUPER-UX” which is used on NEC’s SX Series of supercomputers.

Earth Simulator Computer $400 Million
earthsimulator Most Expensive Computer in the World 2011

This expensive computer is used for a wide variety of international projects, most of which are related to atmospheric, climate, and oceanographic simulation.


(Domain Name System) A system for converting host names and domain names into IP addresses on the Internet or on local networks that use the TCP/IP protocol. For example, when a Web site address is given to the DNS either by typing a URL in a browser or behind the scenes from one application to another, DNS servers return the IP address of the server associated with that name.

In this hypothetical example, www.company.com would be converted into the IP address 204.0.8.51. Without DNS, you would have to type the four numbers and dots into your browser to retrieve the Web site, which, of course, you can do. Try finding the IP of a favorite Web site and type in the dotted number instead of the domain name! See IP address.

A Hierarchy of Servers
The DNS system is a hierarchy of database servers that start with the root servers for all the top level domains (.com, .net, etc.). The root servers point to the "authoritative" servers located in ISPs and in companies that turn the host names into IP addresses; the process known as "name resolution." Using the example www.company.com, COMPANY.COM is the domain name, and WWW is the host name. The domain name is the organization's identity on the Web, and the host name is the name of the Web server within that domain (see WWW). See DNS records, zone file, reverse DNS, DDNS, HOSTS file, mDNS, ping, root server and WINS.


This definition is based on Internet Protocol Version 4. See Internet Protocol Version 6 (IPv6) for a description of the newer 128-bit IP address. Note that the system of IP address classes described here, while forming the basis for IP address assignment, is generally bypassed today by use of Classless Inter-Domain Routing (CIDR) addressing.

In the most widely installed level of the Internet Protocol (IP) today, an IP address is a 32-bit number that identifies each sender or receiver of information that is sent in packets across the Internet. When you request an HTML page or send e-mail, the Internet Protocol part of TCP/IP includes your IP address in the message (actually, in each of the packets if more than one is required) and sends it to the IP address that is obtained by looking up the domain name in the Uniform Resource Locator you requested or in the e-mail address you're sending a note to. At the other end, the recipient can see the IP address of the Web page requestor or the e-mail sender and can respond by sending another message using the IP address it received.

An IP address has two parts: the identifier of a particular network on the Internet and an identifier of the particular device (which can be a server or a workstation) within that network. On the Internet itself - that is, between the router that move packets from one point to another along the route - only the network part of the address is looked at.

The Network Part of the IP Address
The Internet is really the interconnection of many individual networks (it's sometimes referred to as an internetwork). So the Internet Protocol (IP) is basically the set of rules for one network communicating with any other (or occasionally, for broadcast messages, all other networks). Each network must know its own address on the Internet and that of any other networks with which it communicates. To be part of the Internet, an organization needs an Internet network number, which it can request from the Network Information Center (NIC). This unique network number is included in any packet sent out of the network onto the Internet.

The Local or Host Part of the IP Address
In addition to the network address or number, information is needed about which specific machine or host in a network is sending or receiving a message. So the IP address needs both the unique network number and a host number (which is unique within the network). (The host number is sometimes called a local or machine address.)

Part of the local address can identify a subnetwork or subnet address, which makes it easier for a network that is divided into several physical subnetworks (for examples, several different local area networks or ) to handle many devices.

IP Address Classes and Their Formats
Since networks vary in size, there are four different address formats or classes to consider when applying to NIC for a network number:

Class A addresses are for large networks with many devices.
Class B addresses are for medium-sized networks.
Class C addresses are for small networks (fewer than 256 devices).
Class D addresses are multicast addresses.
The first few bits of each IP address indicate which of the address class formats it is using. The address structures look like this:

Class A

0 Network (7 bits) Local address (24 bits)
Class B

10 Network (14 bits) Local address (16 bits)
Class C

110 Network (21 bits) Local address (8 bits)
Class D

1110 Multicast address (28 bits)
The IP address is usually expressed as four decimal numbers, each representing eight bits, separated by periods. This is sometimes known as the dot address and, more technically, as dotted quad notation. For Class A IP addresses, the numbers would represent "network.local.local.local"; for a Class C IP address, they would represent "network.network.network.local". The number version of the IP address can (and usually is) represented by a name or series of names called the domain name.

The Internet's explosive growth makes it likely that, without some new architecture, the number of possible network addresses using the scheme above would soon be used up (at least, for Class C network addresses). However, a new IP version, IPv6, expands the size of the IP address to 128 bits, which will accommodate a large growth in the number of network addresses. For hosts still using IPv4, the use of subnets in the host or local part of the IP address will help reduce new applications for network numbers. In addition, most sites on today's mostly IPv4 Internet have gotten around the Class C network address limitation by using the Classless Inter-Domain Routing (CIDR) scheme for address notation.

Relationship of the IP Address to the Physical Address
The machine or physical address used within an organization's local area networks may be different than the Internet's IP address. The most typical example is the 48-bit Ethernet address. TCP/IP includes a facility called the Address Resolution Protocol (ARP) that lets the administrator create a table that maps IP addresses to physical addresses. The table is known as the ARP cache.

Static versus Dynamic IP Addresses
The discussion above assumes that IP addresses are assigned on a static basis. In fact, many IP addresses are assigned dynamically from a pool. Many corporate networks and online services economize on the number of IP addresses they use by sharing a pool of IP addresses among a large number of users. If you're an America Online user, for example, your IP address will vary from one logon session to the next because AOL is assigning it to you from a pool that is much smaller than AOL's base of subscribers.


Google Translate is one of the most popular computer-aided translation services, however, using an online-translator for text translation is inconvenient: you have to launch the browser, open the website, copy and paste the text, select the language... Too time-consuming!


Now you can translate web-pages, electronic mail and other documents without opening online-translation sites and buying expensive bulky programs. This translator is always at hand – you simply need to select the text with your mouse!



The translator features

Immediate translation of the selected text

More than 50 languages, automatic language detection

Search of Articles from Wikipedia

Support XDXF dictionaries

Shortcut keys to open the translator

"Suggest a better translation" function

Automatic checking for updates and news

Learning foreign words

Client for Google Translate 5.0.515

for Windows 98/2000/XP/Vista/7

Install:

1. Install the application.

2.Un-tick launch application

3. copy and replace crack to installed directory.

CLICK HERE TO DOWNLOAD


Platinum Hide IP - Give You Platinum Online Privacy Protection

Everyday we read more and more stories about hackers breaking into big businesses, stealing their identities and wreaking general havoc. It’s no wonder that we’ve become wary of the Internet and concerned about the Internet privacy.


Then how can you stay safe online?

Now, a good solution for you comes out, if you are concerned about you online security. Use Platinum Hide IP to keep your real IP address hidden, surf anonymously, secure all the protocols on your PC, provide full encryption of your activity while working in Internet, and much more.


Key Features


  • Anonymize Your Web Surfing
  • Your real IP is hidden when you surf on the Internet, keeping your online activity from being tracked by others.
  • Protect Your Identity
  • Anonymous web surfing enables you to prevent identity thieves from stealing your identity or other personal information, and keep your computer safe from hacker attacks or other risks.
  • Choose IP Country and Check IP
  • Proxy lists of many countries are enabled and you decide to select one country from the Choose IP Country window. You can check the current IP address directly.
  • Send Anonymous Emails
  • Send anonymous emails through any web based mail system such as Gmail, Hotmail, etc.
  • Get Unbanned from Forums and Blocked Websites
  • Change your IP address and then you can get yourself unbanned from any forums or other blocked websites that have ever banned you.
























CLICK HERE TO DOWNLOAD


1. Do not make "umpog" your hard disk at all. Siempre kasama na rito yung nababagsak yung HDD. The HDD may be mostly made of metal but you have to handle them like eggs;

2. If you don?t want bad sectors, never move your PC while it is on.
Kahit na 2 inches lang ang iuurong. Never NEVER. Ito ang palagay kong
exception to the rule ?Never say Never?. Shutdown. Shutoff. Move the PC.
Then turn it on.

3. Do not make "patung-patong" your HDD, one on top of the other. Make sure they are in proper packaging (anti-static bags and clamshells or styro boxes) if you have to store them;

4. Only hold or handle your HDDs by their edges, never touch the printed circuit boards or electronic parts;

5. If you have to put the HDD down on, lay it down on an anti-static bag

6. When mounting HDDs use the proper screws (coarse thread and
shorter screw) as opposed to the screws for CDROM drives and Floppy
Drives which are fine thread, and the case screws which are coarse
thread but longer;

7. Use as many screws to mount your HDD as possible, usually 4. 
Some techs will use only 3, I have seen HDDs mounted using only 1
screw. Why? the 4 screws will ensure proper heat transfer
from the HDD to the case;

8. Tighten but not overtighten the screws. Your screws are steel, the HDD case is aluminum, you are in danger or damaging the thread in your HDD if you overtighten;

9. You may mount the HDD in any way (level, un-level, upwards,
downwards, vertical) whatever it takes to make it fit your casing.
There will be no problem performance-wise.

But, mind you, if in the future say 2 years, you have to unmount and
reinstall the HDD in a configuration different to what it has been
accustomed to, the HDD might die on you just like that. Example ?
vertically mounted for 2 years, then i-reinstall mo horizontally.
Maaring pag-on mo pa lang ng PC, dedo na ang HDD. It happened to me 3X
already. Perfectly working HDD, then remounted in a different attitude,
patay. Most probably the bearings have gotten used to the old mounting
and seize up when mounted differently.

10. Keep your HDDs cool. Blow fans on them, use coolers. At the very least make sure your casing is properly ventilated. Heat shortens the life of HDDs.

11. Cables? Make sure your cables are good and connected correctly.
I have had bad cables (may gasgas or may kagat kagat ng daga o ipis)
kill HDDs one after the other. Lungkot. Akala ko sira hard disk yun
pala cable, kinabitan ko ng ibang HDD, patay din.

12. Power Supply? Make sure your power supply is up to snuff 
(ibig sabihin maganda ang boltahe). This is where most HDDs fail after
serving you for a long time. Low 12-volt rails kill HDD motors. Bad 5V
kill HDD electronics.

13. Power connectors. Make sure your power connectors (those
white plugs with yellow, black and red wires) fit well. Loose connectors
provide bad power. After running your PC for a while, say 15-30
minutes, touch your connectors, if they are hot, then there?s something
loose, replace with a spare connector and label the bad connector. If
you do system checkups, it is good to take note of heat discoloration on
power connectors and replace those bad ones;

14. Brown outs do not just kill lights, they kill HDDs. Brown
outs are sometimes accompanied by bad power spikes and deadly voltage
fluctuations. If you can afford a good UPS, buy one.

15. When transferring HDDs between systems don?t just take one and install into another and fire it up just like that.
Please make sure you get into BIOS first and make sure that your new
system is set to ?auto?. If your old system detected the HDD using
manual or non-standard parameters, then duplicate the parameters first
in BIOS in the new system before booting up. You might scramble all your
data if your new system tries to read the HDD using wrong parameters.

16. If you use your PC a lot, defrag your partitions once a month. If not, a defrag once every 3 months will be fine.
For those of you who think that defragmention speeds up your HDDs
death, may I give a small explanation. If your partition is quite
defragmented, your HDD will be doing a lot of unnecessary work by
default, its head going back and forth trying to get to the different
parts of your files scattered all over your disk. Besides with a
defragmented disk, you will have a more responsive PC.

17. Install enough RAM. You don?t want your HDD swapping files back and forth from system RAM and the swap file. Lots of work for the HDD, slow PC.

18, Partition your HDD. At least 2 partitions. One partition for 
your Operating System. The other one for your data. This way if your OS
gets corrupted (and it happens) you don?t have to perform PC acrobatics
to get your data back. You can reformat your OS partition and be assured
that your data is safe in a separate partition.
Source: FYM [karakas231987]

To operate, you simply need to plug an Ethernet cable from the wi-tribe BOOM to your computer data port. Make sure the wi-tribe BOOM is plugged to an electrical outlet.


The wi-tribe BOOM is a powerful yet portable 4G broadband modem that connects you to our 4G Network.
The best place to position the wi-tribe BOOM is near a window where strongest signal is available.
Free with Plan P998 and Plan P1998 with a 24-month subscription plan.
It’s easy to operate – just plug and play and you’re online! It’s that simple.





















Wi Tribe 4G CPE Can be Hack.


A source of annoyance for many Windows users is the ” – Shortcut” text that is added to the name of newly created shortcuts, and every time you have to manually edit the shortcut and remove that text. Wouldn’t it be great if there was a registry hack for this?

Most long-time geeks will remember that there was a hack for Windows XP, and probably already know that the same hack works in Windows 7 or Vista as well.

Notice the ” – Shortcut” added to my pidgin icon.









MANUAL REGISTRY HACK

Open up Start Menu and in the Search Bar type regedit.exe , and then browse down to the following registry key:

HKEY_CURRENT_USER\Software\Microsoft\Windows\Curre ntVersion\Explorer [click explorer]













On the right-hand side you’ll find a key that is just called “link”, with a default value of 1e 00 00 00. Open this key up and change the 1e to 00 instead, leaving you with 00 00 00 00.

You’ll have to log off and then back on to make this change take effect. Please note that this won’t affect existing shortcuts, only shortcuts that you create from now on.

To change the setting back, just change back to the 1e value, log off and back on.


Command prompt is one of the most used application under Windows and it is used for lots of tasks. Most of us have seen the default black background and the white fonts of command prompt. Have you ever tried to change the default look? You can easily change the background color, fonts and layout of command prompt. To change these, first open the command prompt by typing cmd in the Windows 7 start menu and press enter.

When command prompt opens, right click on the top of the application and select properties.












This will open the properties window of command prompt with different tabs. You can change the foreground text color, background color, popup background color etc.


















In the fonts tab, you can change the font and the size of the font. Although there are only limited options to change the font, you can still make it look better by increasing the font size.

















Once you have selected the fonts and style, click OK. Now open command prompt and you will be able to see a new look.








You can always change it back to the original by selecting the old color.













Trial and Error to be able to get the working mac address.

Get your Original Mac address at the bottom of  your Wimax

Ex: 64:16:F0:00:84:F9


84 and F9 only to be replaced
See Image Below:





















You can choose a replacement of 84 within the red box.





















You can choose a replacement of F9 within the Blue box.























Example : 64:16:F0:00:F8:64



To Prevent Blank Wan Check Your Mac Address here : http://www.macvendorlookup.com/
Mac Address should be : Shehzhen Huawei Communication Technologies Co., Ltd.

Working in Dial-up’s, Dsl, Broadband and Wireless Modem
Follow this Image below:
1.
 2.
 3.
 4.
5.
 6.
 7.
 8.

♠ Search This Blog

Loading...

♠Stay Updated via Email Newsletter

♠ Sponsors

sample ad banner sample ad banner sample ad banner sample ad banner

Recommended Site

  • IntoCartoon Portable - What is IntoCartoon? IntoCartoon is software that designed for conversion of photos into cartoon-like pictures or other graphic representation. Via this s...
    4 weeks ago

Like Us On Facebook

♠ Featured Posts

♠ Followers

Blog Directories