Russian astronauts reinstall cameras on space station, run into glitch

Russian astronautsOlegKotovand Sergey Ryazanskiy ventured outside the International Space Station to install an HD camera.

Two Russian space station astronauts took a spacewalk Monday to complete a camera job left undone last month, but ran into new trouble.

Subscribe Today to the Monitor

Click Here for your FREE 30 DAYS of The Christian Science Monitor Weekly Digital Edition

OlegKotovand Sergey Ryazanskiy successfully installed one of two commercially provided cameras for Earth observations, a task requiring multiple power connections outside the International Space Station. Everything checked out well with this high-definition camera, unlike the post-Christmas spacewalk where there was no data stream.

But the second, medium-resolution camera did not provide good data to ground controllers after Monday's hookup.

Ryazanskiy redid the electrical connections to no avail. He spotted no damage.

"I put everything in place as it used to be, maybe even better," Ryazanskiy radioed. "I think it's much better."

But still, the data link was flawed.

"Sergey, don't overdo it there," Russian Mission Control said, warning him not to damage the connectors.

Follow this link:

Russian astronauts reinstall cameras on space station, run into glitch

Could HD Cameras On Space Station Help Save Planet Earth?

The two commercial Earth-observation cameras installed on the International Space Station Monday (Jan. 27) could help foster a greater conservation ethic across the planet, the instruments' owners say.

Vancouver-based Urthecast aims to make money using the high-definition cameras, which two Russian cosmonauts attached to the orbiting lab's exterior during a Monday spacewalk. But company officials think the project could also motivate people to take better care of the planet, by giving them an astronaut's-eye view of Earth as a small and fragile outpost of life hanging alone in the blackness of space.

"Our goal is to take a little bit of the view that people have from space and get it out over the Web in as near real-time as possible, and at the same time wrap a business around it that works," Urthecast CEO Scott Larson told SPACE.com. [See photos from Monday's spacewalk outside the International Space Station]

One of the Urthecast HD cameras which together cost about $17 million will take pictures with a resolution of 16.5 feet (5 meters), while the other will record color video that can capture details as small as 3 feet (1 m) across, Larson said. The company plans to stream about 150 videos per day in near real-time from this latter camera, each of them lasting about 90 seconds.

Urthecast aims to turn a profit in several different ways. It will sell its footage to government agencies and non-profit organizations interested in tracking such things as natural-resource use and animal migrations, for example, as well as private companies keen to keep an eye on their operations and those of the competition.

"We're getting calls from everybody large mining companies who want pictures of their mining operations every six weeks to see who's putting in roads and kind of scratching around them; oil and gas companies, to see who's putting in oil and gas rigs next to them," Larson said.

But Urthecast also aims to capitalize on an expected flood of visitors to its website.

"We think that, if we can get this stuff out online in as near real-time as we can, everybody in the world's going to want to come to the website once," Larson said. "Then of course, we need to build some value around there and add some other utility, and hopefully make it part of people's everday lives."

If that happens, the planet and its many diverse ecosystems could benefit, he added, noting that astronauts tend to say that seeing from Earth from space is a life- and perspective-changing experience.

"They all come back with a greater appreciation of our need to take care of the planet," he said. "There's an educational and environmental, a planet-stewardship, aspect to what we're doing here."

Here is the original post:

Could HD Cameras On Space Station Help Save Planet Earth?

How ants in space could help researchers build a better robot

Jan. 24, 2014 - 4:33 PM PST Jan. 24, 2014 - 4:33 PM PST

On January 12, the International Space Station crew unloaded the recently-arrived Antares rocket, which contained precious cargo like food, spare parts and tiny satellites. Along for the ride was a colony of ants with a very unique purpose: to demonstrate how the ever-efficient insects adapt to life in microgravity.

If youve ever had an ant invasion in your home, you know this pattern: A single ant finds a source of nourishment and then turns into a milling mass of ants ferrying food back to the colony. Meanwhile, individual ants fan out to investigate the rest of the room.

These behaviors do not come from the queen or some other central force. Instead, they are built on innate algorithms that ants developed over millions of years, according to Stanford University. Ants have poor vision, so they rely on smell and touch for guidance while exploring. When the number of ants is more dense, they are more likely to touch each other, which triggers them to explore in tight spirals. If they run into a low number of other ants, they walk in a straight line. This combination means that they spend more time thoroughly exploring an area that is interesting enough to attract other ants and cover a lot of ground while exploring other regions.

Its a system that interests robotics researchers. If a fleet of robots is exploring a collapsed building, they can work more quickly if they dont have to rely on a central commander to tell them where to go.

But what happens if you disrupt the very basis of the ants communication system? Stanford University researchers decided to answer the question by sending ants into space, where low gravity would alter how many times they encounter other ants. About 70 ants were placed in a container that shifted in size to reveal different behaviors.

Stanford biology professor Deborah Gordon

In microgravity, the struggle to walk interferes with interactions, in particular the relation between density and interaction rate, said biology professor Deborah Gordon, who designed the experiment. Thus each ant has less information about density, and so less information to influence its path shape and searching behavior.

How the ants react could inform robot behavior in scenarios where radio communications have been interrupted. If its smoky or dusty and they can no longer communicate, the robots could develop a new system on the spot that still allows them to search an area thoroughly and efficiently.

Gordon, whose interest in ants began with a broader interest in central control-free systems like brains and embryos, said it is very exciting to send an experiment to the ISS. Her team will now study video from the ants time aboard the space station to work out how they responded to microgravity.

Read this article:

How ants in space could help researchers build a better robot

Minecraft – MainBlock Day 167 – Space Station Upgrades, Adding More Solar Panels – Video


Minecraft - MainBlock Day 167 - Space Station Upgrades, Adding More Solar Panels
NEW Channel! - KBDToysTV: - https://www.youtube.com/user/KBDToysTV Extreme Ant Farm - Ep 1 - http://youtu.be/P3x43rF-1I4 Ant Farm Survival Day 1 - http://you...

By: KBDGamesTV

See more here:

Minecraft - MainBlock Day 167 - Space Station Upgrades, Adding More Solar Panels - Video

Ants in space! Cygnus craft delivers 640 new astronauts to space station.

A small colony of sterile ants in space will help scientists learn how these creatures adjust to microgravity.

For millions of years, ants have been one of most industrious creatures on Earth. Now we're going to see how they fare in space.

Subscribe Today to the Monitor

Click Here for your FREE 30 DAYS of The Christian Science Monitor Weekly Digital Edition

With the help of NASA, a team of scientists now seeks to understand how the insects, renowned by biologists for their navigational and organizational skills, adjust to microgravity.

The experiment could provide us with a better understanding of foraging methods used by ants, the University of Colorado's Stefanie Countryman, one of the co-investigators of the experiment, told the Monitor.

After a two-day voyage, Orbital Science's robotic Cygnus spacecraft delivered the 640 small black common pavement ants to the International Space Station on January 12.

To avoid infestation, sterile worker ants were chosen for the project.

The ants were divided into eight equal groups each consisting of 80 ants. They were assigned to their individual habitats, eight in total. A habitat, says Stanford biologist Deborah Gordon, principal investigator of the project, is a 4-inch by 6-inch covered arena made of acrylic with three sub sections Nest, Forage Area 1, and Forage Area 2.

The ants were first kept in the nest area before the experiment was initiated. As soon as the ants reached the space stationthey were moved to Forage Area 1 a more compact subsection within the habitat where density of ants was high. Their interactions and path shape were monitored on video for 25 minutes, according to NASA.

Read the original post:

Ants in space! Cygnus craft delivers 640 new astronauts to space station.

CALL FOR PAPERS 3rd Annual International Space Station Research and Development Conference

The deadline is approaching for the CALL FOR PAPERS 3rd Annual International Space Station Research and Development Conference - Discoveries, Applications and Opportunities

Organized by the American Astronautical Society with the support of NASA and the Center for the Advancement of Science in Space (CASIS)

Hyatt Regency McCormick Place

Chicago, Illinois

ABSTRACT DEADLINE: February 14, 2014

The annual International Space Station (ISS) Research and Development Conference will be held June 17-19, 2014, at the Hyatt Regency McCormick Place in Chicago. Abstracts and poster proposals are solicited under the categories of Discoveries in Microgravity Science; Discoveries in Space Science, Earth Science, Engineering and Education; Applications Benefiting Earth; Applications Enabling Exploration; Applications in Technology; Commercial Applications; and Opportunities. Topics should relate to science, exploration and technology activities (past, present, planned or under development) on the International Space Station.

One of NASAs top strategic goals is to sustain the operation and full use of the International Space Station and expand efforts to utilize the ISS as a National Laboratory for scientific, technological, diplomatic and educational purposes and for supporting future objectives in human space exploration (2011 NASA Strategic Plan).

NASAs International Space Station website

http://www.nasa.gov/mission_pages/station/research/experiments_category.html

See original here:

CALL FOR PAPERS 3rd Annual International Space Station Research and Development Conference

NASA TV Covers Russian Spacewalk from International Space Station

NASA Television will air live coverage of a six-hour spacewalk by two Russian members of the International Space Station crew beginning at 8:30 a.m. EST Monday, Jan. 27.

Expedition 38 Commander Oleg Kotov and Flight Engineer Sergey Ryazanskiy of the Russian Federal Space Agency (Roscosmos) are scheduled to venture outside the space station at 9:10 a.m. in a second attempt to install a pair of cameras on the hull of the station's Zvezda Service Module. The cameras are part of a Canadian commercial endeavor with Roscosmos designed to downlink Earth observation imagery to Internet-based subscribers. The two cosmonauts also plan to retrieve an experiment package housed on Zvezda's hull.

An initial effort to install the cameras Dec. 27 proved unsuccessful when flight controllers at the Russian Mission Control Center outside Moscow could not receive data from the cameras. The expedition crew members performed troubleshooting on several cable connectors and now believes the problem has been solved.

The spacewalk will be the sixth in Kotov's career and the third for Ryazanskiy. Kotov will be designated as extravehicular (EV) crew member 1, and Ryazanskiy will be EV2. Both spacewalkers will wear Russian Orlan spacesuits bearing blue stripes.

For NASA TV streaming video, schedule and downlink information, visit: http://www.nasa.gov/nasatv

For more information about the International Space Station and its crew, visit: http://www.nasa.gov/station

Please follow SpaceRef on Twitter and Like us on Facebook.

More here:

NASA TV Covers Russian Spacewalk from International Space Station

Call of Duty: Ghosts Gameplay – Team Deathmatch on Prison Break – Ground War – W/Commentar – Video


Call of Duty: Ghosts Gameplay - Team Deathmatch on Prison Break - Ground War - W/Commentar
See The Full Call of Duty Ghosts Series Here: http://goo.gl/hJVF5k Next Call of Duty Ghosts Episode: Today [23rd January] Call of Duty Ghosts: Hunted on Stri...

By: LewisBlogsGaming

Read more from the original source:

Call of Duty: Ghosts Gameplay - Team Deathmatch on Prison Break - Ground War - W/Commentar - Video

International Space Station Expedition 39 Crew Members Discuss Upcoming Mission [EXCLUSIVE INTERVIEW]

Swanson and Skvortsov have both been in space while it will be the first space mission for Artemyev. Swanson previously completed two space shuttle missions and will take over as the Expedition 40 commander in May. Ahead of the March launch, the Expedition 39/40 crew members discussed their upcoming ISS mission with the International Business Times.

Skvortsov was previously an Expedition 23/24 crew member and served as the Expedition 24 commander. Discussing what being a commander entails, Skvortsov said, "As a station commander I have the greatest responsibility of all. Of course, all crew members are professionally prepared but the commander has two significant jobs to do. The first is to make sure all tasks are completed and the second is being fully responsible for the safety of all the crew members."

For his second ISS mission, Skvortsov said his role will be different but will rely on his past experience to aid his fellow crew members. It will be Swanson's first time as commander and he says the role requires an individual to focus on the entire operation as well as the happiness of each of crew member.

"This time I won't be the commander of the entire station, I'll be the commander of the Russian segment so the scope of my responsibilities is slightly diminished. Since I've had the experience of being commander of the space station I'll do my best to assist Steve Swanson and his job as the ISS commander," Skvortsov continues, "I think my experience as commander will be invaluable because I'll be able to assist him in certain issues and, hopefully, my advice will help him and help our crew resolve any issues that may arise and I understand that this mission is going to be intensive for both the Russian and American sides."

Swanson said, "For being a commander the big difference, I think, in that aspect, is keeping the big picture of what's going on, how the levels of oxygen, carbon dioxide, water and all the consumables. Talking to ground about any issues and keeping all of that going and making sure everyone is up to date and on the same page and making sure your crew is happy and everything is going smoothly."

As for how he will spend his time aboard the ISS, Skvortsov and Swanson both discuss the various tasks and daily jobs that are required of each crew member. "We have a list of jobs to be done and I hope that all of them will be completed and that we'll be able to fulfill this mission without any extraordinary events or situations, especially given the circumstances of the previous mission when we had a problem, with the pump failure, that led to three spacewalks," said Skvortsov.

Swanson agrees, saying, "The responsibilities are pretty much the same for all crew members and that is to maintain the station and do the science we are assigned to do. That can involve many different things depending on what task you get each day but it will range from fixing things that are broken to cleaning the station on a weekly basis."

For Swanson, he will use his previous shuttle mission experience during the upcoming station mission but he said there are some important differences between the two types of space missions.

"The big difference between a shuttle mission and a station mission is, of course, a time difference but it's very alike to going to a foreign country," Swanson continues,"You stay there for two weeks, you get to vacation there and you know it a little bit and you get to cruise around but you don't really get to see the details or feel the real culture of it, I think, versus living there for six months. That's the same thing with the station, you're there for six months, you really get to know what it is to live and adapt to an environment like that because you are doing it for so long. For two weeks, you can do it relatively quickly and you can live through almost anything but for six months you have to adapt and become comfortable in that environment."

Artemyev said he is lucky to have his first space mission with astronauts who have several missions under their belt. "I will be there as a flight engineer and will be working closely with Steve and Alex. I've been blessed because those are very experienced astronaut and cosmonaut, who have a wealth of experience and I've been able to learn from them and will be very happy to be on the same crew as them," said Artemyev.

Visit link:

International Space Station Expedition 39 Crew Members Discuss Upcoming Mission [EXCLUSIVE INTERVIEW]