The files here are bittorrent files. Usea bittorrentclient program to download the contents of the complete ISO imagefiles in a peer-to-peer manner. You should end up with an exact copyof each ISO image as though you'd downloaded it directly via HTTP orFTP.
I share the internet with two other people and I know one of them uses utorrents and is constantly downloading. When her computer is off the internet is substantially faster, would this be because of her torrenting or is it just because there are 3 computers using the wireless.
Maybe your wifi router (I suppose there is one) has an option to set different priorities for different traffic classes e. g. bulk for Torrent, normal for Websites, priority for low-latency online-games. This would be the best solution, because it does not unnecessarily slow down torrent traffic but keeps other traffic at a higher priority. So torrents would be just using the leftover data rate.
They tend to be "greedy" with bandwidth. This is for similar reasons as #1: the torrent has a lot of data to transfer, well beyond what it can send at one time. The torrent client will try to download as much data as it can.
They are bi-directional. In my experience this is the biggest drawback to seeding torrents. Most consumer-level providers give their users asynchronous bandwidth: they allow more traffic to come downstream to the customer than they permit to return upstream. This lets them provide a "faster feeling" experience than a synchronous connection, since most end-user traffic really is downloading. But one key goal of torrents is to serve as much traffic as you pull, which screws up this model. If your upstream bandwidth is being saturated by torrents, your initial requests for connections will take a long time, and everything will feel very, very sluggish.
Most torrent clients are programmed to be very cooperative in mediating these problems. They allow you to regulate things like the number and speed of uploads, downloads, and total connections. Most even have built-in traffic profiling that supply "reasonable" values for these settings, or pre-defined profilers for various speed connections.
Try asking your roommate to configure her client for a slower connection than you have. Try limiting the number of uploads, or the upload bandwidth, and if that doesn't work, just cap the total bandwidth used by the client (say, to 1/3 of your total allocation.)
As others have stated, and I won't necessarily stomp on their answers, your mate's usage will affect your usage - simply because there is only so much bandwidth. They max out the usage, and you're left with a laggy internet.
Look up your Router Manual and how to adjust Quality of Service (QoS) setting. Assuming you have a set Port Number ("Current Port" in the picture above) that doesn't change, you can set the priority of that port to low, thus allowing everything else priority before torrents.
Last wednesday, Ion Torrent released a tech note and associated run data with shotgun (single-end) and Mate Pair runs for Escherichia coli K12, substrain MG1655. Both a 3.5 kb and 8.9 kbp insert size, as well as a shotgun library, were sequenced on a 316 chip each. In the tech note, they describe assemblies using different combinations of the data, and show how adding the mate pairs yields assemblies with fewer scaffolds and gaps. The Ion mate-pair protocol is very similar to the one used by 454 Life Sciences for their (unfortunately called) Paired-end libraries: long fragments are circularized using a linker sequence, and sequencing is peformed across this linker, allowing for easy identification of the pair halves.
After extracting the pair halves, I adjusted the files so that newbler would accept them as mate pairs, and performed mapping using newbler (gsMapping/runMapping program). Then I plotted the distances between the mapped mate halves for both libraries:
Next, I set out to perform assemblies. Ion Torrent provided files with reduced amounts of reads so that there would be about 20X and 40X coverage of the 5.4 Mbp genome. I decided to use these files, rather than make my own scaled down versions. I do note, however, that the 20X and 40X files of the mate pair library runs mostly contain mate pair reads, and very few singletons (based on the sff_extract results). Whether Ion determined which reads were mate pair reads by mapping to the reference genome, or by using sff_extract, and only taking reads that were split along the linker, I cannot tell (in a real de novo setting, the second option is the only possible, of course).
With adding the possibility of long insert mate pair library construction and sequencing, Ion Torrent has moved into another niche of Roche/454 Life Sciences. With the fast run time and high throughput of the PGM relative to the 454, Ion Torrent is on its way to become a viable option for de novo small genome sequencing. Apparently, making longer insert libraries (> 10kb) is cumbersome using the Illumina protocols, but not so much with the 454 version, and hopefully also feasible with the Ion Torrent protocol. In addition, the use of a linker allows for easy separation of the mate halves relative to the linker-less Illumina mate-pair reads. It remains to be seen, though, if research groups are able to generate these mate pairs independent of the Ion Torrent labs.
If you need to download StellarMate OS again in the future, make sure you are logged in to the stellarmate.com website and then go to the Orders page. You should see a list of your orders. Click on your order link, then scroll down to see the downloads. Make sure to download the SM OS version appropiate for your hardware platform.
ubuntu-mate-desktop is the meta-package for the Ubuntu Mate distribution, which contains all dependencies to the default installed packages for Ubuntu Mate desktop environment. You can see all of its dependencies with dpkg --status ubuntu-mate-desktop grep '^Depends:' or online.
It only works with raspberry pi not any other SBC. If you want to make your own Stellar mate kind of thing there are couple of scripts that you can run on top of ubuntu/Armbian which will be same as Stellarmate except that you wont get to use Stellar mate app.
My $.02- ditch the Pi. Get a Asus Chrombox or just a laptop and let it sit with the scope. Install mate Ubuntu (little tricky on Chromebox), INDI, INDI-web, and PHD, and you're off to the races. Install/run Kstars on the client side- I have a CAT5 thrown out to the mount but if you MUST have wifi, at least make sure to have a quality connection.
Obviously, we are backyard astronomers, amateurs, who like to take photos and such. Not likely to win any awards, but that's not the point. We like to sit out when the weather is good, or sit in if the weather is cold or hot as it will be around the corner, and watch things develop. Anything that keeps things fun is a good thing, and the Pies have done just that.
I think people need to stop thinking VNC or some kind of pseudo remote setup. Stellarmate products are designed for those who want an easy, user-friendly install and that's ok! But if you take the extra time to get something beefier, learn some...very...basic Linux operations and commands, you can deal with full x64 architecture and thus have more reliability.
EKOS (built into Kstars), running on your desktop in the house, exploits this by not VNCing into the machine but by handshaking via a TCP connection to the INDI (backend) server at the "mount" viz on the "stellarmate". EKOS presents (frontend client) all the information the gear is sending/receiving through the connection. Its a true remote connection.
I'm not a stellarmate fanboy, I'm a "best practices" kind of guy. ASCOM will eventually get there and mark my words everyone will be using a networked mount in the not so distant future whether it be INDI or ASCOM. Oh and if you have a problem the INDI support forum is incredible. Jasem Mutlaq and his team once wrote a driver for a user in like a week. They looked at the hardware, they looked at the code, and said "yep, we can do that!" Aside from any image processing, its on par, if not better than MaximDL. Yes I said it. I'm not saying MaximDL is bad, its just that you're paying $599 for a software function you can get for $5.99 on a laptop at your local Goodwill, hunting for one. See what I did there?
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