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提问人:网友cdly7475 发布时间:2022-01-07
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While virtual reality systems are getting better at immersing us in a simulated experience

of reality, one UK business has developed a visually arresting yet surprisingly simple solution. Born out of the collaboration between Will Cavendish, an architecture student at Edinburgh University, and Oliver Collier, studying music technology, the PufferSphereTM, and soon to be released Puffer Immersive Mobile Sphere (PIMS), provides a 360-degree viewing window. Their company Pufferfish Ltd was formed in 2004 to commercialise (使商业化) their ideas for portable visual display systems.

The PufferSphere system includes projection (投影), specific lens technology and computer equipment fitted in to a base unit box from which the screen inflates to an imposing three metres tall. Cavendish says, "It's like a balloon. All of our products at this stage involve inflatables. "

He continues, "We can use the screen in any way that we can use a flat screen. Because it's inflatable it's a very tactile (有触感的)product, people are often surprised when they approach the display. It's a dramatic sight in its own right but when you add the impact of moving imagery it takes on a life of its own. "

The PufferSphere experience means that "audiences can see the same film but from different perspectives and in different time frames," explains Cavendish. "Some of the best uses have been for disparate (异类的)audiences, where we've been doing music events or fashion shows using the displays to enhance the environment. Collier refers to it as a digital campfire because it takes a central role in an environment and captures the audience's attention. "

Cavendish describes the PIMS as the natural next step. "There's a huge growth in 3D modeling software but little development of how we can view it. Our latest product allows us to take the immersive experience of virtual reality and take it to the client. The PIMS can be set up on site and allows a group of people to be fully visually immersed within an environment at a human scale. "

"What we're doing is taking technology developed for the virtual reality industries such as military, oil and gas, construction and we're creating our own software and putting it into mainstream products." And, with the Puffer Immersive Mobile Sphere, we will literally be able to enter another sphere of virtual reality.

What is the most striking feature of the PIMS?

A.Its simplicity on structure.

B.Its special window for display.

C.Its commercialization since 2004.

D.Its music technology.

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第3题
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第4题
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第5题
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第6题
Before high school teacher Kimberly Rugh got down to business at the start of a recent sch
ool week, she joked with her students about how she'd had to clean cake out of the corners of her house after her 2-year-old son's birthday party. This friendly combination of chitchat took place not in front of a blackboard but in an E-mail message that Rugh sent to the 145 students she's teaching at the Florida Virtual School, one of the nation's leading online high schools. The school's motto is "any time, any place, any path, any pace".

Florida's E-school attracts many students who need flexible scheduling, from young tennis stars and young musicians to brothers Tobias and Tyler Heeb, who take turns working on the computer while helping out with their family's clam-farming business on Pine Island, off Florida's southwest coast. Home-schoolers also are well represented. Most students live in Florida, but 55 hail from West Virginia, where a severe teacher shortage makes it hard for many students to take advanced classes. Seven kids from Texas and four from Shanghai round out the student body.

The great majority of Florida Virtual Schooler-- 80 percent are enrolled in regular Florida public or private high schools. Some are busy overachievers. Others are retaking classes they barely passed the first time, The school's biggest challenge is making sure that students aren't left to sink or swim on their own. After the school experienced a disappointing course completion rate of just 50 percent in its early years, Executive Director Julie Young made a priority out of what she calls "relationship-building," asking teachers to stay in frequent E-mail and phone contact with their students. That personal touch has helped: The completion rate is now 80 percent.

Critics of online classes say that while they may have a limited place, they are a poor substitute for the face-to-face contact and socialization that take place in brick-and-mortar classrooms. Despite opportunities for online chats, some virtual students say they'd prefer to have more interaction with their peers.

Students and parents are quick to acknowledge that virtual schooling isn't for everyone. "If your child's not focused and motivated, I can only imagine it would be a nightmare," says Patricia Haygood of Orlando, whose two daughters are thriving at the Florida school. For those who have what it takes, however, virtual learning fills an important niche. "I can work at my own pace, on my own time," says Hackney. "It's the ultimate in Student responsibility."

Kimberly Rugh Talked about her son's birthday party ______.

A.with her friends

B.with her colleagues

C.in the classroom

D.in an E-mail message sent to her students

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第7题
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第8题
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e in bringing virtual reality to medicine, where computers create a "virtual" or simulated environment for surgeons and other medical practitioners (从业者).

"With virtual reality we'll be able to put a Surgeon in every trench," said Satava. He envisaged a time when soldiers who are wounded fighting overseas are put in mobile surgical units equipped with computers.

The computers would transmit images of the soldiers to surgeons back in the U.S. The surgeons would look at the soldier through virtual reality helmets (头盔) that contain a small screen displaying the image of the wound. The doctors would guide robotic instruments in the battlefield mobile surgical unit that operate on the soldier.

Although Satava's vision may be years away from standard operating procedure, scientists are progressing toward virtual reality surgery. Engineers at an international organization in California are developing a tele-operating device. As surgeons watch a three-dimensional image of the surgery, they move instruments that are connected to a computer, which passes their movements to robotic instruments that perform. the surgery. The computer provides feedback to the surgeon on force, textures, and sound.

These technological wonders may not yet be part of the community hospital setting but increasingly some of the machinery is finding its way into civilian medicine. At Wayne State University Medical School, surgeon Lucia Zamorano takes images of the brain from computerized scans and uses a computer program to produce a 3-D image. She can then maneuver the 3-D image on the computer screen to map the shortest, least invasive surgical path to the tumor (肿瘤). Zamorano is also using technology that attaches a probe to surgical instruments so that she can track their positions. While cutting away a tumor deep in the brain, she watches the movement of her surgical tools in a computer graphics image of the patient's brain taken before surgery.

During these procedures — operations that are done through small cuts in the body in which a miniature camera and surgical tools are maneuvered — surgeons are wearing 3-D glasses for a better view. And they are commanding robot surgeons to cut away tissue more accurately than human surgeons can.

Satava says, "We are in the midst of a fundamental change in the field of medicine."

According to Richard Satava, the application of virtual reality to medicine

A.will enable surgeons to be physically present on every battlefield.

B.can raise the spirits of soldiers wounded on the battlefield.

C.will greatly improve medical conditions on the battlefield.

D.can shorten the time for operations on soldiers wounded on the battlefield.

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第9题
Richard Satava, program manager for advanced medical technologies, has been a driving forc
e bringing virtual reality to medicine, where computers create a "virtual" or simulated environment for surgeons and others medical Practitioners (从业者).

"With virtual reality we'll be able to put a surgeon in every trench," said Satava. He envisaged a time when soldiers who are wounded fighting overseas are put in mobile surgical units equipped with computers.

The computers would transmit images of the soldiers to surgeons back in the U. S. The surgeons would look at the soldier through virtual reality helmets (头盔) that contain a small screen displaying the image of the wound. The doctors would guide robotic instruments in the battlefield mobile surgical unit that operate on the soldier.

Although Satava's vision may be years away from standard operating procedure, scientists are progressing toward virtual reality surgery. Engineers at an international organization in California are developing a tele-operating device. As surgeons watch a three-dimensional image of the surgery, they move instruments that are connected to a computer, which passes their movements to robotic instruments that perform. the surgery. The computer provides feedback to the surgeon on force, textures, and sound.

These technological wonders may not yet be part of the community hospital setting but increasingly some of the machinery is finding its way into civilian medicine. At Wayne State University Medical School, surgeon Lucia Zamorano takes images of the brain from computerized scans and uses a computer program to produce a 3-D image. She can then maneuver the 3-D image on the computer screen to map the shortest, least invasive surgical path to the tumor (肿瘤). Zamorano is also using technology that attaches a probe to surgical instruments so that she can track their positions. While cutting away a tumor deep in the brain, she watches the movement of her surgical tools in a computer graphics image of the patient's brain taken before surgery.

During these procedures—operations that are done through small cuts in the body in which a miniature camera and surgical tools are maneuvered—surgeons are wearing 3-D glasses for a better view. And they are commanding robot surgeons to cut away tissue more accurately than human surgeons can.

Satava says, "We are in the midst of a fundamental change in the field of medicine. "

According to Richard Satava, the application of virtual reality to medicine ______ .

A.will enable surgeons to be physically present on every battlefield

B.can raise the spirits of soldiers wounded on the battlefield

C.will greatly improve medical conditions on the battlefield

D.can shorten the time for operations on soldiers wounded on the battlefield

点击查看答案
第10题
Richard Satava, program manager for advanced medical technologies, has been a driving forc
e bringing virtual reality to medicine, where computers create a "virtual" or simulated environment for surgeons and other medical practitioners(从业者).

"With virtual reality we'll be able to put a surgeon in every trench", said Satava. He envisaged a time when soldiers who are wounded fighting overseas are put in mobile surgical units equipped with computers.

The computers would transmit images of the soldiers to surgeons back in the U.S. The surgeons would look at the soldier through virtual reality helmets(头盔) that contain a small screen displaying the image of the wound. The doctors would guide robotic instruments in the battlefield mobile surgical unit that operate on the soldier.

Although Satava's vision may be years away from standard operating procedure, scientists are progressing toward virtual reality surgery. Engineers at an international organization in California are developing a tele-operating device. As surgeons watch a three-dimensional image of the surgery, they move instruments that are connected to a computer, which passes their movements to robotic instruments that perform. the surgery. The computer provides feedback to the surgeon on force, textures, and sound.

These technological wonders may not yet be part of the community hospital setting but increasingly some of the machinery is finding its way into civilian medicine. At Wayne State University Medical School, surgeon Lucia Zamorano takes images of the brain from computerized scans and uses a computer program to produce a 3-D image. She can then maneuver the 3-D image on the computer screen to map the shortest, least invasive surgical path to the tumor(肿瘤). Zamorano is also using technology that attaches a probe to surgical instruments so that she can track their positions. While cutting away a tumor deep in the brain, she watches the movement of her surgical tools in a computer graphics image of the patient's brain taken before surgery.

During these procedures—operations that are done through small cuts in the body in which a miniature camera and surgical tools are maneuvered—surgeons are wearing 3-D glasses for a better view. And they are commanding robot surgeons to cut away tissue more accurately than human surgeons can.

Satava says, "We are in the midst of a fundamental change in the field of medicine".

According to Richard Satava, the application of virtual reality to medicine______.

A.will enable surgeons to be physically present on every battlefield

B.can raise the spirits of soldiers wounded on the battlefield

C.will greatly improve medical conditions on the battlefield

D.can shorten the time for operations on soldiers wounded on the battlefield

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