WALKTHROUGH,"MANHUNT 2" ( PART I )

MANHUNT2

is a game that will be loaded with the first version full voilance.automatic running, in this second sequel to diffrence the mouse when you need menggerkan execution in accordance with the existing type weapon.weapon  very diverse, ranging from plastic bags, pens, serum until the sniper riffle.Iff you're not having any, here are also available firut envinrotment kill that utilizes the object or around objects.Each  weapons are divided into three types based on color, green (disposable), blue (permanent, low damage), and orange (permanent, high damage ). You can only carry one of these three types of these weapons, if you want a of one kine take weapon, press and hold down F to change it.Besides weapon that serves no other object like a brick as a fisherman enemy and cans, which is denoted by brown color.
      This Wolkthrough not specify the object or objects that you can fine.Your job to fine it.But, reminded that this game displays of violence in the form of extremely vulgar, so be sure your child or nephew does not play this game.!

Awakening

After the FMV, follow Leo, Browse the aisle with no known occupant another left.To cells capture serum, Nurse-attack, and eksekusi.In to  opened door, to right, up the steps to avoid the wheelchair, and patients who.To hallway and kill all the other patients in a combat.Enter the left door, take the serum, and medicine.go out to gate.Hide through the wall to Nurse out.As darkness.Knock door off guard, attack and kill him.Enter to the control room, grab a pen, and press tombol.Enter to door which opened.Enter life.FMV.Climb to button  life and out, go exit.Ambus to door, and kill patient.Follow the groove.Wait incident, take hammer.Press button, enter to door.To left, hiding, and he Nurse.Kill rod fishing. Follow the path, but do not always go out through the door double.Rod guard at the top, hide, and kill him.Go facing the entrance stairs, and kill from window.Terminate Nurse.Go to the rear glass, and jump to out.Kill guards, headed to behind.Destroy glass and jump into the back of the dust cart.FMV.

Sexual Deviats


Take a brick, throw to window.Kill enemy in this bathroom with environtment kill.Take serum and solve to darkness.Out and hid in three  killed one enemy by one and one of the bodies (press F) and put that on the rear platform bar.Take bat baseball.Enter to opened door.To stage door which is now left, attack enemy to right.Enter space, stealth, and attack enemy.Climb stairs,hide from enemy.Change baseball fan killed with axes in the behine bar floor.Use axes at the enemy to cut off his head. (position to be right in front of the neck of the enemy). Scroll down to stage.Use stage.When head on the back door entrance, immediately attack, and kill enemy.go stairs, and through the right door, go down to kir.FMV.Ambus and kill the enemy that go out.Gate to machine.At table saws right and break all of Lamu in the hallway ini.Open first cell and second cell first enemy.Ignore attack, went to the cell third.Low enemy out, and kill. entered the cell, break glass.Enter window, to the left, press button in there.Go out headed the second cell, and kill enemy.Go out  through the hallway door was not locked now.

Red Light

Go the rear, take the shovel and bottle.Follow plot.FMV.Hide and kill the two enemies, then pick from him.Use  plier to gate.Enter to the door, before entering the staircase, laws and kill enemy people.Go .Follow stairs.Ignore groove runing which.Go to crate and climb into balkon.slide to the right, jump to under the second . low the police.Go to end, they attack the enemy who appear.Enter to porn shop.FMV.Run out store,and hid in to darkness.Low and kill Hunter . the theme is vague let go.Enter the store, open the back door, climbed the stairs, and enter the hole in roof.Follow the plot.FMV.

Be continue.............

INTEL LARRABEE '' HYBRID ''

As we know, in recent years that Intel is developing a hybrid technology between multi-core CPU and GPU, which was named Larrabee.It's will become the mainstay against rivals who have long played in the GPU industry, such as ATI (AMD) and nVIDIA.
 
Comparison with Intel GMA

Of course, in addition to Larrabee, Intel also has another line video cards, namely the Intel GMA, Intel GMA sale is embedded in GMA motherboard.Intel GMA more cheap.Dan famous at a price lower power consumption, so that fits in the use of a laptop or are not running applications-CPU.As long not to 3D-source applications that require too big.Performance Intel GMA's performance is less to compare with ATI and NVIDA.Another case with Larrabee will be sold separately in motherboard.Dan expected to have a performance not inferior to ATI and NVIDA. 

Data Perfomance

At the IDF in 2009, which took place in San Francisco the U.S., the first time demonstrated the ability Larrabee, by running the game Quake Wars Ray Traced who paraded with real time.The second demonstration conducted at SC09 Conference 2009, which took place in Portland, AS.How  Larrabee capable of running games to reach 1006 Test GFlops with SGEMM 4Kx4K calculation.Little bit ridiculous really where the ATI Radeon HD 4870's two-year-old could reach 1TFlops (1000GFlpos) . But according to the Intel argued that Larrabee is achieved real results, while other competitors based on the calculation of synthetic only.

Intel told Ars today that its long-delayed Larrabee discrete graphics product has suffered yet another delay, so the company has had to "reset" its overall GPU strategy and reposition plans and its expectations for the first version of the Larrabee product.

Specifically, Larrabee v1 is so delayed that, at the time it eventually launches, it just won't be competitive as a discrete graphics part, so Intel plans to wring some value out of it by putting it out as a test-bed for doing multicore graphics and supercomputing development. Intel will eventually put out a GPU, but may not be the one we've been calling "Larrabee" for the past few years.

If the fact that Larrabee is "launching" not as a GPU, but as a kind of multicore graphics demo unit, sounds like a cancellation to you, that's because it kinda sorta is. It's not a cancellation in the sense that Intel is throwing in the towel on discrete graphics, because that's definitely not the case. The company reiterated that it still plans to launch a many-core discrete graphics product, but won't be saying anything about that future product until sometime next year. Whatever it is, it won't be the hardware/software combination that it previously announced, and that we described of Intel's big August 2008 Larrabee reveal. It will be something else, and Intel wouldn't even characterize the relationship of that future something to the current Larrabee product.

The main issue behind the delay, it appears, was the hardware. That's not surprising, because Larrabee is a big, complex part, and it's quite a departure from anything that Intel has done. The hardware delay would have resulted in a software delay, and if Intel were to launch Larrabee with an immature software stack then it would be roadkill as a GPU.

Even though Intel couldn't have the Larrabee software ready on a timeframe that would make it competitive with NVIDIA and ATI (again, Larrabee is really a hardware/software hybrid GPU), the chipmaker can still push out the hardware itself and let others have a go at using it for graphics and HPC. Hence the plan to release it as a development platform for doing multi- and many-core research for HPC and graphics.
The Larrabee delay is obviously great news for NVIDIA, and even better news for AMD. This leaves both competitors to share the market for discrete GPUs, and quite possibly next-gen game consoles, for the next two years. NVIDIA's underlying long-term problems (the death of its integrated graphics processor market and the ongoing decline in the high-end discrete GPU market) are still there. And AMD still has well-documented challenges of its own as it struggles to regroup and return to growth after a brutally punishing few quarters of layoffs and cost-cutting. But execs at both companies have got to be high-fiving each other right now.

As for Intel's long-term future in the discrete GPU market, we'll have to wait until next year before we know

Nuclear Reactor Aims for Self-Sustaining Fusion

In a few years, an experimental nuclear fusion reactor near Moscow could be the first to yield a self-sustaining fusion reaction. If the Italian-Russian project is successful, it would be a key milestone for fusion power.

The proposed reactor is based on a design developed by Bruno Coppi, a professor of physics at MIT, and principal investigator on the reactor project with Italy's National Agency for New Technologies, Energy and the Environment. Three similar reactors based on the same design have already been built at MIT. Italian and Russian physicists plan to meet on May 24 to chart a course for the new reactor, called Ignitor, in the first such meeting since the two countries agreed to join forces on the project in April.

Ignitor is a tokamak reactor, a doughnut-shaped device that uses powerful magnetic fields to produce fusion by squeezing superheated plasma of hydrogen isotopes. As an electric current and high-frequency radio waves pass through the plasma, heating it to extreme temperatures, the surrounding electromagnetic field confines the plasma under high pressure. The combined pressure and heat causes the hydrogen nuclei to fuse together to form helium in a process that releases tremendous amounts of heat. In a fully functional fusion reactor, this heat would be used to power an electricity-generating turbine.

A much larger, far more complex tokamak fusion reactor--the International Thermonuclear Experimental Reactor (ITER)--is planned for construction in Saint-Paul-lez-Durance, France. ITER, which will be completed in 2019 and ready for full-scale testing in 2026, will be closer to a functioning fusion generator but will not produce a self-sustaining fusion reaction. Ignitor will be a sixth the size of ITER and will test the conditions needed to produce a self-sustaining reaction.


"Ignitor will give us a quick look at how burning plasma behaves, and that could inform how we proceed with ITER and other reactors," says Roscoe White, a distinguished research fellow at the Princeton Plasma Physics Laboratory.

But Ignitor will only test one key aspect of fusion. "It will give us information that is important, but it won't give us all the information we need and certainly doesn't replace ITER," Steven Cowley, director of the Culham Centre for Fusion Energy in Oxfordshire, U.K. "It's a demonstration that you can create ignition, but it's not really a pathway to a reactor."

Unlike ITER, Ignitor doesn't include many of the components that a real reactor would require. For example one crucial missing part is the "breeder blanket," which contains lithium and sits inside the reactor's magnetic coils, providing a continuous supply of tritium--one of two isotopes fused in the reaction. Ignitor's design is so compact that there is no room for a test blanket inside its coils.
Another limitation of Ignitor is the fact that its high electromagnetic field causes a significant reduction in the conductivity of most superconducting materials. To get around this, Ignitor relies primarily on conventional copper coils to create its magnetic field. But these coils can only operate for short bursts before they overheat. As a result, Ignitor can only sustain ignition for bursts of four seconds. ITER, which relies on superconducting coils and also draws on a significantly larger volume of plasma, is designed to maintain its peak output for 400 seconds.

Seven Japanese Manufacturers Challenged AMD and Intel

No peace with the dominant American manufacturer of the CPU industry, the dominant processor of seven companies from Japan have joined, and agreed to create new processor microprocessor is led by the merger of NEG and Renesas, which make the third-largest chip with NEC and Renesas.they are Canon, Toshiba, Hitachi, Fujitsu, and Panasonic.
          Seven samurai is trying to create a commercial CPU capable of running with solar energy, saving energy is compatible with software developed by professors from the University Hironori Ksahara energy Waseda.used basic amount of data processed, the processor will remain active even though no supply that energy.Prototype currently being tested, are reported to run with the energy 30% lower than the CPU in the market today.
           This new standard, together with the CPU, will be introduced at this 2012.CPU can be used for all electronics.systems analysts say, even though the processor is able to attract the attention of a combination of more than owned by AMD and Intel CPUs, it still translation of the X48 platform will take time which is not long enough to develop software support for building a new platform.But however, the combined biggest Japan is part of a future system of seven Samurai .when join, they must be serious.

            Microsoft has issued a warning in advance that they will stop giving support the system Windows 2000 and Windows XP service pack 2,on July 13 2010.After that,public support for these products is ofter,and Microsoft will no longer provide service assistance or security updates.At the same time,Microsoft Windows 2000 server service stopping also extended support,and Windows server 2003 R2 will be moved out of mainstream support for the extended service support,which will expire on 14 July 2015.

            For most device Microsoft provide mainstream support by an extended,and concludes with a self-help online support.For Windows 2000,this mean that service pack4 is a last support.User mast update advised to Windows Vista,or Windows 7.Support already expired on 30 June 2005,support has ended on 16 may 2001,and support of SP1 already ended JULY 31,2000.for operating system Windows XP SP2,users are advised to Windows7,Windows Vista,or Windows XP SP3,where its support will be finished first