Man am I just falling in love with Google innovative ideas
Google reaches out to developers
By Maggie Shiels Technology reporter, BBC News, San Francisco
Google's Vic Gundotra said he wanted to move the web forward
For Google the future is about beefing up the browser and its bottom line.
This honest explanation of what motivates the search giant was given at Google IO, its developers conference being held in San Francisco.
One of the "reasons we invest in moving the web forward is if it benefits Google economically," admitted Vic Gundotra, engineering vice president.
But he also stressed: "The more money Google makes, the more it pours back into open source projects."
High on the agenda at IO was Android, Google's open source software platform being designed for smart phones.
A demo at the conference revealed some new applications for its Android mobile operating system.
These include a way to unlock phones by drawing a specific shape on the touch screen, a compass tool that automatically orientates maps when a user looks at photographic images of a city, a magnifying tool to zoom in on web content and a mobile version of the video game Pac Man.
The Android touchscreen is reminiscent of the iPhone
The phone being used at the conference relied on fingertip touch but Andy Rubin, who is overseeing the project, said Android could also be tailored to work with a tracking ball.
The first phones powered by Android are due out in the second half of this year.
With about three billion mobile phones already on the market, some analysts believe Google could make about $5 billion annually within five years.
'Key goals'
Google's engineering head Mr Gundotra played down any notion that Android is set to take on the iPhone even though it looks and acts a lot like Apple's phone.
"I wouldn't say that at all. I think the iPhone is just a world-class device with a great web browser that delivers in many respects on one of Google's key goals; to bring the web to the mobile device."
"I am a very avid user of Apple products. I buy everything they make. We wish every mobile phone was as good as the iPhone. Apple demonstrates there is plenty of opportunity to go around."
A demo of Pacman on the Android platform was shown
Many of the developers at IO had come to hear about Google's App Engine, which was launched six weeks ago as one of a host of development platforms aimed at encouraging developers to put the browser ahead of the desktop.
Ten thousand people signed up for beta testing while another 150,000 went onto a waiting list.
The reason so many developers want to work with the engine is because it uses the same infrastructure that Google uses for many of its applications.
Create something
During a conference presentation, Kevin Gibbs, the technical lead for the project, announced to cheers and applause that the engine would now be open to everyone and there was no waiting list.
Google hopes Earth in a browser will be as popular as Google Maps
"You can log in immediately and start using it, so please create something and let us know what you think."
Google also unveiled a rough draft pricing plan which will be finalised and become effective later in the year.
Under the new structure, developers start with a free quota of 500MB and enough computer processing power and bandwidth for about five million page views per month.
Mr Gibbs estimated that an application which received a total of 10 million page views would cost the developer about $40 (£20) a month.
The web has won
As a company known primarily for search, Google is trying to extend its reach and lure developers away from designing applications for the desktop and opt for the web instead.
"We want to accelerate the capability of the browser," Mr Gundotra said during his keynote speech to developers.
Google employees are on hand to demonstrate the browser is the dominant force
"The web is maturing at an amazing rate and it's getting better and better. I don't think there's any question that in terms of the question 'What has become the dominant platform?', the web has won."
Demonstrating the power of the web and the browser, Google said its Google Earth 3D visualisation software could now be embedded on web sites using a simple plug-in.
Google Earth technical lead Paul Rademacher said he expected it to be popular with property sites, where people can get 3D views of houses, and on travel sites where consumers can see the view from a hotel room.
"Now inside a web page, you'll be able to fly through San Francisco or see a 3D model of a cabin with exactly the view out the window of the mountains."
Thursday, May 29, 2008
Sunday, May 25, 2008
Mission to Mars
An article from BBC.
Mars probe set for risky landing
Extreme Mars challenge: Entry, descent and landing
An American spacecraft is about to attempt a perilous landing on the surface of Mars.
Nasa's Phoenix lander is due to touch down on Monday in the far north of the Red Planet, after a 423-million-mile journey from Earth.
The probe is equipped with a robotic arm to dig for water ice thought to be buried beneath the surface.
Scientists say the mission should give the clearest indication yet of whether Mars could once have harboured life.
The final seven minutes of the probe's ten-month journey is regarded as the riskiest part of the mission.
The main goal of the mission is to get below the surface of Mars to where we are almost certain there is water
Dr Tom Pike
Phoenix Diary: Mission to Mars
After it enters the top of the Martian atmosphere at nearly 5.7km/s (13,000 mph), the probe must perform a series of manoeuvres to come safely to rest.
It will release a parachute, use pulsed thrusters to slow to a fast walking speed, then come to a halt on three legs.
If all goes to plan, the Phoenix lander will reach the surface of Mars at 0053 BST (1953 EDT) on 26 May.
Nasa controllers will know in about 15 minutes whether the attempt has been successful.
Phoenix will land further north than previous missions
David Catling from the University of Bristol is a co-investigator on the mission. He said the landing phase would be one of the most exciting and tense parts of the journey, with so much riding on Phoenix's safe descent.
"Everyone involved is on tenterhooks and eager to start this unique exploration," he said.
If all goes to plan, Phoenix will begin a three-month mission to search for ice beneath the Martian surface.
It will use a robotic arm to dig through the protective topsoil layer and lift samples of both soil and ice to its deck for scientific analysis.
Building blocks
Dr Tom Pike of Imperial College, London, is part of the British team involved in the project.
"The main goal of the mission is to get below the surface of Mars to where we are almost certain there is water," he told BBC News.
"The orbiters that are around Mars have already surveyed in great detail the area in which we are landing and we know that there is ice - solid water - 10cm, or maybe even less, below the surface.
"Water, of course, is of critical importance because it is one of the building blocks - one of the essential habitats we need - for life."
Landing on Mars is a notoriously tricky business. Of the 11 missions that have tried to land probes on Mars since 1971 - only five have succeeded.
Phoenix carries seven science instruments
Phoenix is an apt name for the current mission, as it rose from the ashes of two previous failures.
In September 1999, the Mars Climate Orbiter spacecraft crashed into the Red Planet following a navigation error caused when technicians mixed up "English" (imperial) and metric units.
A few months later, another Nasa spacecraft, the Mars Polar Lander (MPL), was lost near the planet's South Pole.
Phoenix uses hardware from an identical twin of MPL, the Mars Surveyor 2001 Lander, which was cancelled following the two consecutive failures.
The probe was launched on 4 August 2007 on a Delta II rocket from Cape Canaveral Air Force Station in Florida.
Mars probe set for risky landing
Extreme Mars challenge: Entry, descent and landing
An American spacecraft is about to attempt a perilous landing on the surface of Mars.
Nasa's Phoenix lander is due to touch down on Monday in the far north of the Red Planet, after a 423-million-mile journey from Earth.
The probe is equipped with a robotic arm to dig for water ice thought to be buried beneath the surface.
Scientists say the mission should give the clearest indication yet of whether Mars could once have harboured life.
The final seven minutes of the probe's ten-month journey is regarded as the riskiest part of the mission.
The main goal of the mission is to get below the surface of Mars to where we are almost certain there is water
Dr Tom Pike
Phoenix Diary: Mission to Mars
After it enters the top of the Martian atmosphere at nearly 5.7km/s (13,000 mph), the probe must perform a series of manoeuvres to come safely to rest.
It will release a parachute, use pulsed thrusters to slow to a fast walking speed, then come to a halt on three legs.
If all goes to plan, the Phoenix lander will reach the surface of Mars at 0053 BST (1953 EDT) on 26 May.
Nasa controllers will know in about 15 minutes whether the attempt has been successful.
Phoenix will land further north than previous missions
David Catling from the University of Bristol is a co-investigator on the mission. He said the landing phase would be one of the most exciting and tense parts of the journey, with so much riding on Phoenix's safe descent.
"Everyone involved is on tenterhooks and eager to start this unique exploration," he said.
If all goes to plan, Phoenix will begin a three-month mission to search for ice beneath the Martian surface.
It will use a robotic arm to dig through the protective topsoil layer and lift samples of both soil and ice to its deck for scientific analysis.
Building blocks
Dr Tom Pike of Imperial College, London, is part of the British team involved in the project.
"The main goal of the mission is to get below the surface of Mars to where we are almost certain there is water," he told BBC News.
"The orbiters that are around Mars have already surveyed in great detail the area in which we are landing and we know that there is ice - solid water - 10cm, or maybe even less, below the surface.
"Water, of course, is of critical importance because it is one of the building blocks - one of the essential habitats we need - for life."
Landing on Mars is a notoriously tricky business. Of the 11 missions that have tried to land probes on Mars since 1971 - only five have succeeded.
Phoenix carries seven science instruments
Phoenix is an apt name for the current mission, as it rose from the ashes of two previous failures.
In September 1999, the Mars Climate Orbiter spacecraft crashed into the Red Planet following a navigation error caused when technicians mixed up "English" (imperial) and metric units.
A few months later, another Nasa spacecraft, the Mars Polar Lander (MPL), was lost near the planet's South Pole.
Phoenix uses hardware from an identical twin of MPL, the Mars Surveyor 2001 Lander, which was cancelled following the two consecutive failures.
The probe was launched on 4 August 2007 on a Delta II rocket from Cape Canaveral Air Force Station in Florida.
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