Anderson localization Localize successful applications to Japanese market | Globalize,English,iPhone,Android,Application,Social

We are especially good at mobile and entertainment field such as iPhone app/Android app/Social app/Game.
Whether it's game market research, localization or customer service, we provide high level service in each of those areas.

Depend on the situation, we provide revenue share service too. If you use revenue share service, you can start your service at very low cost and low risk in Japanese market.

We continue to deliver quality, on-time and cost-effective satisfaction to our clients.
You're welcome and form contract with us. We will respond contract for bulk orders as well as lab contracts.

We achieves its high quality of service and expertise based on our many track record of localization.

Keyword:Anderson localization

In stochastic processes, Anderson localization, also known as strong localization, is the absence of diffusion of waves in a disordered medium. This phenomenon is named after the American physicist P. W. Anderson, who was the first one to suggest the possibility of electron localization inside a semiconductor, provided that the degree of randomness of the impurities or defects is sufficiently large. Anderson localization is a general wave phenomenon that applies to the transport of electromagnetic waves, acoustic waves, quantum waves, spin waves, etc. This phenomenon is to be distinguished from weak localization, which is the precursor effect of Anderson localization (see below), and from Mott localization, named after Sir Nevill Mott, where the transition from metallic to isolating behaviour is not due to disorder, but to a strong mutual Coulomb-repulsion of electrons.
The phenomenon of Anderson localization, particularly that of weak localization, finds its origin in the wave interference between multiple-scattering paths. In the strong scattering limit, the severe interferences can completely halt the waves inside the disordered medium.
Localized states have been predicted but never observed to easily exist inside bandgaps upon structural disorders in periodic structures.
For non-interacting electrons, a highly successful approach was put forward in 1979 by Abrahams et al.[1] This scaling hypothesis of localization suggests that a disorder-induced metal-insulator transition (MIT) exists for non-interacting electrons in three dimensions (3D) at zero magnetic field and in the absence of spin-orbit coupling. Much further work has subsequently supported these scaling arguments both analytically and numerically (Brandes et al., 2003; see Further Reading). In 1D and 2D, the same hypothesis shows that there are no extended states and thus no MIT. However, since 2 is the lower critical dimension of the localization problem, the 2D case is in a sense close to 3D: states are only marginally localized for weak disorder and a small magnetic field or spin-orbit coupling can lead to the existence of extended states and thus an MIT. Consequently, the localization lengths of a 2D system with potential-disorder can be quite large so that in numerical approaches one can always find a localization-delocalization transition when either decreasing system size for fixed disorder or increasing disorder for fixed system size.
Most numerical approaches to the localization problem use the standard tight-binding Anderson Hamiltonian with onsite-potential disorder. Characteristics of the electronic eigenstates are then investigated by studies of participation numbers obtained by exact diagonalization, multifractal properties, level statistics and many others. Especially fruitful is the transfer-matrix method (TMM) which allows a direct computation of the localization lengths and further validates the scaling hypothesis by a numerical proof of the existence of a one-parameter scaling function. Direct numerical solution of Maxwell equations to demonstrate Anderson localization of light has been implemented.(Conti and Fratalocchi, 2008)

*Market research
*Translation
*Modify code and graphics
*Advertisement and web marketing support
*Customer relations services

Market research
We research Japanese situation, and then send the information to you.
We can help you make the important decisions in determining the effectiveness of localization.

Translation
In our process, Translation has a central role and consists of four different phases.
- Translating
- Editing
- Proofreading
- Quality Control
Our localization service covers all aspects of the localization process. We expertly manage pre-production, translation, desktop publishing and quality control supporting you through the certification and age rating submission processes.

Language Quality Control
This service is provided by our talented team of Language Specialists who can act as your own Quality Control Department to help you monitor vendor performance and ensure top linguistic quality across your projects.
We can support, replace or help you to establish your own internal language quality control process.

Localization Testing
Localization and functional testing are key phases for the release of any software or any digital media. We deliver top quality results whilst also generating significant cost savings.
Functional, linguistic, certification and internationalization testing are carried out simultaneously by highly trained native testers who are supported in logging bugs by our professional teams of linguists, engineers and certification consultants. Results:

Modify code and graphics
We have experienced in below programming languages.
iPhone(Objective-C)/Android(JAVA)/PHP/Ruby on Rails/Java/ActionScript

Advertisement and web marketing support
We create press release and use Listing and Banner advertisement too.
We use SNS to let user notice and invite their friends.
We support to create facebook page and community on Japanese SNS.
We use blog and twitter, and then we can support user and give user information.

Customer relations services
We can represent and provide support services for your content and services.

Social game market comparing

Mobile game is mainly provided for feature phone, but recently number of smart phone user is increasing rapidly. Smart phone game line-up and users are increasing.

Japanese SNS app for iPhone/Android (Number of monthly login user)

2011/January 1,800,000 users
2011/April 2,790,000 users
increased 155% for 3month

1. Momotaro Dentetsu Japan + [iPhone/iPod touch] (Hudson)
has topped the million mark in domestic downloads for sixty days after the game's February 17 release.

2. Taiko no Tatsujin [iPhone/iPod Touch](bandainamco)
2010/February release
2010/June 0.5 million download
2010/September 1 million download

3. Kaibutsu Chronicle [iPhone/iPod Touch/Android](Adways)
2011/January iOS ver release
2011/April Android ver release
2011/May 0.4 million download(iOS ver)
*Earns 30-20million yen ($160,000-240,000) per month

Japanese population
120,725,100

Number of Mobile phone (May/2011)
128,056,026
*94.2% of population

Number of Mobile phone is increasing at this rate.
2006 94,936,000
2007 100,525,000
2008 105,825,000
2009 110,617,000
2010 117,061,000

Japanese English ability
Japanese learn English when they are sutudent, but almost all people does not use in life, and then they forget English.

They usually play Japanese version game.
It's rare to play English version, so we have to provide Japanese version for them.

TOEFL Ranking
(TOEFL:Test Of English as a Foreign Language)

1st Danmark
2nd Belgium
3rd Romania
4th Australia
......
110th Japan(Low Ranking)