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In an effort to reduce unanswered questions:

I would create a folder on your computer (example C:\tmp) and give everyone read/write permissions

Shared

Then you can access the folder from the remote kernel by doing

d=RandomReal[{-1, 1}, {3, 2000}];
Export[Export["\\\\YOUR-COMPUTER-NAME_OR-IP\\tmp\\d.dat", d]

There are also other options:

  1. Set up a sftp server on your computer and connect to it using Rolf Mertig packageRolf Mertig package.
  2. See if you can connect using scp.
  3. Read some papers while the administrators fix your network.

In an effort to reduce unanswered questions:

I would create a folder on your computer (example C:\tmp) and give everyone read/write permissions

Shared

Then you can access the folder from the remote kernel by doing

d=RandomReal[{-1, 1}, {3, 2000}];
Export[Export["\\\\YOUR-COMPUTER-NAME_OR-IP\\tmp\\d.dat", d]

There are also other options:

  1. Set up a sftp server on your computer and connect to it using Rolf Mertig package.
  2. See if you can connect using scp.
  3. Read some papers while the administrators fix your network.

In an effort to reduce unanswered questions:

I would create a folder on your computer (example C:\tmp) and give everyone read/write permissions

Shared

Then you can access the folder from the remote kernel by doing

d=RandomReal[{-1, 1}, {3, 2000}];
Export[Export["\\\\YOUR-COMPUTER-NAME_OR-IP\\tmp\\d.dat", d]

There are also other options:

  1. Set up a sftp server on your computer and connect to it using Rolf Mertig package.
  2. See if you can connect using scp.
  3. Read some papers while the administrators fix your network.
replaced http://meta.mathematica.stackexchange.com/ with https://mathematica.meta.stackexchange.com/
Source Link

In an effort to reduce unansweredeffort to reduce unanswered questions:

I would create a folder on your computer (example C:\tmp) and give everyone read/write permissions

Shared

Then you can access the folder from the remote kernel by doing

d=RandomReal[{-1, 1}, {3, 2000}];
Export[Export["\\\\YOUR-COMPUTER-NAME_OR-IP\\tmp\\d.dat", d]

There are also other options:

  1. Set up a sftp server on your computer and connect to it using Rolf Mertig package.
  2. See if you can connect using scp.
  3. Read some papers while the administrators fix your network.

In an effort to reduce unanswered questions:

I would create a folder on your computer (example C:\tmp) and give everyone read/write permissions

Shared

Then you can access the folder from the remote kernel by doing

d=RandomReal[{-1, 1}, {3, 2000}];
Export[Export["\\\\YOUR-COMPUTER-NAME_OR-IP\\tmp\\d.dat", d]

There are also other options:

  1. Set up a sftp server on your computer and connect to it using Rolf Mertig package.
  2. See if you can connect using scp.
  3. Read some papers while the administrators fix your network.

In an effort to reduce unanswered questions:

I would create a folder on your computer (example C:\tmp) and give everyone read/write permissions

Shared

Then you can access the folder from the remote kernel by doing

d=RandomReal[{-1, 1}, {3, 2000}];
Export[Export["\\\\YOUR-COMPUTER-NAME_OR-IP\\tmp\\d.dat", d]

There are also other options:

  1. Set up a sftp server on your computer and connect to it using Rolf Mertig package.
  2. See if you can connect using scp.
  3. Read some papers while the administrators fix your network.
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Ajasja
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In an effort to reduce unanswered questions:

I would create a folder on your computer (example C:\tmp) and give everyone read/write permissions

Shared

Then you can access the folder from the remote kernel by doing

d=RandomReal[{-1, 1}, {3, 2000}];
Export[Export["\\\\YOUR-COMPUTER-NAME_OR-IP\\tmp\\d.dat", d]

There are also other options:

  1. Set up a sftp server on your computer and connect to it using Rolf Mertig package.
  2. See if you can connect using scp.
  3. Read some papers while the administrators fix your network.