| "T-Engine"
is an open standard platform for embedded systems and is composed
of standardized hardware (T-Engine) and standard real-time
kernel (T-Kernel). What T-Engine aims at achieving
is to distribute middleware built on T-Kernel, which is
independent of an MPU architecture, instead of depending on an MPU
architecture. T-Engine is designed to function as the most
suitable architecture for developing so-called "embedded-systems",
such as portable information devices and network-connecting home
electronic appliances efficiently, in a short period of time. Furthermore,
as T-Engine is supposed to be connected to the Internet on the permanent
basis, by incorporating TRON project's security architecture called
"eTRON", it seeks to prevent tapping, illicit re-writing
of data and programs, and illegal manipulation by malicious users
so that electronic information can be safely delivered to other
parties even if it comes through insecure network channels. T-Engine
makes the smooth co-operation between semiconductors, hardware,
software and system manufacturers possible and creates far more
business opportunities among those who use it, and provides high
value-added products in a short period of time by reducing the time
and cost of development. Thanks to advanced semiconductor, mounting
and software technologies being introduced into T-Engine,
a suitable and unprecedented opportunity to develop the advanced
application products has been offered. |

Professor Ken Sakamura
The ultimate aim of T-Engine is to establish
a ubiquitous computing environment in which computers would be
bound to every equipment and then connected to the network. A
number of hardware, software, and/or system development manufacturers
have already been participating in the T-Engine development,
and various T-Engine platforms and application systems
have already been put on the market. Moreover, many of the user
companies that harness these technologies for their uses have
also participated in the development process and helped to spread
the idea of using T-Engine platforms.
|
Professor Ken Sakamura:
Born in Tokyo in 1951. He obtained his Ph.D. degree in Electrical
Engineering from Keio University in 1979. In 1984, he organized
The Real-time Operating system Nucleus (TRON) Project, and since
that time has served as its leader. TRON is a total computer architecture
for the ubiquitous computer networking society of the future. He
has also promoted TRON concepts on his own in diverse ways by undertaking
design projects in many fields, such as the design of furniture,
industrial products, building architectures, and even cities. At
present, he is a professor of the Interfaculty Initiative in nformation
Studies at the Graduate School of the University of Tokyo, director
of the YRP Ubiquitous Networking Laboratory, and a fellow of the
IEEE Computer Society. |