Dr. Steve Phillips EngD MSc BSc MRICS MCIOB MCIArb PGCert (born 3 December 1960) was born in London and attended Dartford Grammar School (1972-79).
Dr Phillips is a Chartered Surveyor and Chartered Builder and obtained a Doctorate of Engineering from the Centre for Innovative and Collaborative Engineering (CICE) which is a world-renowned Centre for Excellence at Loughborough University. He was the co-winner of the CIOB FAS International Research and Innovation Prize in 2007 for inventing and developing a computer software known as OVID-BV. During 2001-2003 Dr. Phillips sat on the UK Government Working Party for Leasehold Reform that assisted in drafting The Service Charges (Consultation Requirements) (England) Regulations 2003.
He is currently a Director of a Chartered Surveying Practice, Asset Management Surveyors Ltd, and is also an independent board director of the ALMO, Newham Homes.
Dr Phillips is a Chartered Surveyor and Chartered Builder and obtained a Doctorate of Engineering from the Centre for Innovative and Collaborative Engineering (CICE) which is a world-renowned Centre for Excellence at Loughborough University. He was the co-winner of the CIOB FAS International Research and Innovation Prize in 2007 for inventing and developing a computer software known as OVID-BV. During 2001-2003 Dr. Phillips sat on the UK Government Working Party for Leasehold Reform that assisted in drafting The Service Charges (Consultation Requirements) (England) Regulations 2003.
He is currently a Director of a Chartered Surveying Practice, Asset Management Surveyors Ltd, and is also an independent board director of the ALMO, Newham Homes.
Kin Yang-Song (c.February 24-28, 1854 - March 16, 1936) was a man who lead a small communist group called the Chosen Force. These were the original communists in Korea, who came about in the early 1920s in the South Korean city of Daegu. He was also seen as a cult leader who victimised his followers.
He and his followers were caught conspiring to burn down Japanese governmental buildings in 1918. Although 70 of his followers were caught and put to death, he and 15-40 followers escaped north. They were greeted by the Chinese, who did not have particularly good relations with Japan, yet they proceeded to go further north, finally reaching the Soviet Union in 1936. He was assassinated in Chelyabinsk by his followers after they found papers stating that he would give the followers to the Soviets as slaves if they were offering a good price.
A notable member of the Chosen Force, Ken Kim, succeeded his role and became a prodigious leader after the coup d'etat. He lead the revolt against the Chinese and the Japanese, and successfully blockaded both countries for a temporary moment. He eventually went into hiding and became isolated from society after the Japanese executed all his followers.
He and his followers were caught conspiring to burn down Japanese governmental buildings in 1918. Although 70 of his followers were caught and put to death, he and 15-40 followers escaped north. They were greeted by the Chinese, who did not have particularly good relations with Japan, yet they proceeded to go further north, finally reaching the Soviet Union in 1936. He was assassinated in Chelyabinsk by his followers after they found papers stating that he would give the followers to the Soviets as slaves if they were offering a good price.
A notable member of the Chosen Force, Ken Kim, succeeded his role and became a prodigious leader after the coup d'etat. He lead the revolt against the Chinese and the Japanese, and successfully blockaded both countries for a temporary moment. He eventually went into hiding and became isolated from society after the Japanese executed all his followers.
15 Hours on a September Thursday is a demo by the Matthew Good Band recorded and released in 1994. The album was self-released on cassette, and was credited to the Matthew Good Band. However, the lineup of the band differed from that of its best-known period. The title refers to the date and amount of time spent recording the demo. These recordings would later become part of a compilation called "History Teacher," that was released illegally in an attempt to capitalize on the newfound success of the Matthew Good Band in the mid-1990s.
Track listing
# "The Bombmaker" - 4:58
# "Last of The Ghetto Astronauts" - 6:10
# "The Ocean" - 6:31
# "Endsong" - 5:04
# "Brand New Tune" - 4:25
# "Bluebird" - 6:16
# "Parable" - 4:58
# "Second Sun" - 4:50
Personnel
*Matthew Good - Vocals, Guitar
*Steve Codling - Keyboards
*Judy Renouf - Cello
*Eran Vooys - Drums
*Ariel Watson - Bass
Track listing
# "The Bombmaker" - 4:58
# "Last of The Ghetto Astronauts" - 6:10
# "The Ocean" - 6:31
# "Endsong" - 5:04
# "Brand New Tune" - 4:25
# "Bluebird" - 6:16
# "Parable" - 4:58
# "Second Sun" - 4:50
Personnel
*Matthew Good - Vocals, Guitar
*Steve Codling - Keyboards
*Judy Renouf - Cello
*Eran Vooys - Drums
*Ariel Watson - Bass
Articulated
Nimble
Adaptable
Trunk
Overview
ANAT technology allows the creation of modular robots based on U and H shaped modules, that are far more robust then their L shaped predecessors. By connecting many of these particular modules together like LEGO blocks, you can form almost any robot, reducing the cost of manufacturing. The modular design of this technology uses connected identical modules, varying only in size. These modules can be rotary, prismatic or of a wheeled type..
Each module contains an actuator in order to make the second structural member pivot relatively to the first one. The actuator is connected to the second member, but is in no way subjected to any outside loads applied on the module. This is because outside pressure is supported by the axis which is distributed to the frames of connected modules like the ancient Roman arc structure. This allows robots using ANAT technology to be created with a high payload carrying capacity to robot weight ratio while maintaining high flexibility.
This technology has generated a family of products, from mobile robots, to robotic manipulators, to ergonomic arms and even hybrid walker robots.
History
Invented in Montreal, Quebec, Canada in 1997 by Charles Khairallah M.Ing of Robotics Design, when Mr. Khairallah was still an student in robotics. The first prototype robot made with ANAT technology was called ANAT Robot and was later developed into an industrial manipulator called the ANAT AMI-100, released to the market in 2000. In 2002, a non robotic version of the AMI-100 was created, for use in the manufacturing industry, called the ANATERGOARM, a manual ergonomic arm.
The family of ANAT mobile robots began with the release of the ANATROLLER ARI-100 in 2003, a robot specialized in duct cleaning. By 2006, the family grew with the addition of the ARE-100 and the ARI-50.
Nimble
Adaptable
Trunk
Overview
ANAT technology allows the creation of modular robots based on U and H shaped modules, that are far more robust then their L shaped predecessors. By connecting many of these particular modules together like LEGO blocks, you can form almost any robot, reducing the cost of manufacturing. The modular design of this technology uses connected identical modules, varying only in size. These modules can be rotary, prismatic or of a wheeled type..
Each module contains an actuator in order to make the second structural member pivot relatively to the first one. The actuator is connected to the second member, but is in no way subjected to any outside loads applied on the module. This is because outside pressure is supported by the axis which is distributed to the frames of connected modules like the ancient Roman arc structure. This allows robots using ANAT technology to be created with a high payload carrying capacity to robot weight ratio while maintaining high flexibility.
This technology has generated a family of products, from mobile robots, to robotic manipulators, to ergonomic arms and even hybrid walker robots.
History
Invented in Montreal, Quebec, Canada in 1997 by Charles Khairallah M.Ing of Robotics Design, when Mr. Khairallah was still an student in robotics. The first prototype robot made with ANAT technology was called ANAT Robot and was later developed into an industrial manipulator called the ANAT AMI-100, released to the market in 2000. In 2002, a non robotic version of the AMI-100 was created, for use in the manufacturing industry, called the ANATERGOARM, a manual ergonomic arm.
The family of ANAT mobile robots began with the release of the ANATROLLER ARI-100 in 2003, a robot specialized in duct cleaning. By 2006, the family grew with the addition of the ARE-100 and the ARI-50.