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rss feeds home about e-discovery in the information age: the next generation m.s. project – functional analysis of cellular automata android hacks linux programming eclipse xtext java soap publications scripts ubuntu web applications windows oct 13 9 fujitsu artificial market segmentation (or, how to make a mac scansnap fi-5110eoxm work in windows 8.1) robert coop hacks , windows drivers , fi-5110cdj , fi-5110eox , fi-5110eox2 , fi-5110eoxm , frugal , fujitsu , hacks , scanner , scansnap the scanner years ago i was looking for a cheap adf scanner so that i could pretend to transition to a paperless home office. i settled on the fi-5110eoxm , which is a fujitsu scansnap scanner branded for mac usage only. i was running ubuntu at the time, so i went with this model instead of the more expensive fi-5110eox . that model appeared to be the exact same device, but it came with windows drivers and cost much more. the problem years went by, and i eventually wanted to use my mac scanner with a pc. looking into it, there is absolutely no supported way to make this work. according to fujitsu, if i wanted to scan on a pc then i’d need a windows scanner instead of my mac scanner. even more insultingly, the windows version of the scanner did not actually support twain, wia, or isis (the two industry standard scanning protocols). in order to do that , i’d actually need to buy their higher end models and spend hundreds of dollars just to be able to use third-party scanning software with the hardware i’ve purchased. of course, none of these scanners are supported under windows 8… the solution how many scanners does fujitsu actually make, anyway? since i’m unwilling to buy another scanner when i’ve already bought a perfectly good one, i started thinking about what was really going on here. i had a chunk of fujitsu scanning hardware that supposedly cannot be used on a windows machine or with standard protocols. for just a few hundred more dollars all of those problems magically disappear… so, either fujitsu actually has an entirely different manufacturing process wherein they make standard scanners instead of crippled scanners or there’s some funny business going on here in the software… tech details my fi-5110eoxm has a hardware id of vid_04c5&pid_10f2, and that hardware id is not supported by anything other than the single mac driver software. however, i was betting that the underlying hardware actually could do a lot more than that. so looking around a bit further, i came across the fi-5110c . this is from the “workgroup” line of scanners, which has a whole lot more features and actually supports twain and isis standards. the fi-5110c seems to have a suspiciously similar model number to my fi-5110eoxm, so let’s see how similar these are under the hood. model number reassignment so now we have a concrete task set up: i need to take my fi-5110eoxm scanner and convince my computer that it’s actually a fi-5110c. this is actually pretty simple… get the drivers for the fi-5110c from fujitsu. i’d recommend using the twain driver. when you run the downloaded exe, it will extract a bunch of stuff into a directory called disk1 go into the disk1/sub folder, and run the setup.exe installer there. this will mostly just copy a bunch of drivers all over the place. the one we want gets put into c:\windows\fjmini (note that i’m running windows 8 x64, so you may find some differences here and there). the file we care about is “c:\windows\fjmini\fi5110c-x64.inf” , which describes exactly how windows can tell when it’s working with a fi-5110c (instead of, say, a fi-5110eoxm). we’re going to edit this file, so you may need to run notepad as administrator or otherwise change the the permissions. look for the section that specifies the hardware id of the fi-5110c, which looks like this: [models.ntamd64] %usb\fujitsu_fi-5110cdju______0.devicedesc% = fi5110u.scanner,usb\vid_04c5&pid_1097 so now we change this id so it matches our actual device: [models.ntamd64] %usb\fujitsu_fi-5110cdju______0.devicedesc% = fi5110u.scanner,usb\vid_04c5&pid_10f2 done! (note that the change was from 1097 to 10f2 ) now, we just need to tell windows to use this driver. plug in the scanner, open up device manager, and find the scanner (which should have the “malfunction” icon attached to it). right click, select update driver, select browse for file. you can now browse over to c:\windows\fjmini and hit ok. note, at this point you might get a fatal error stating that hash values don’t match. windows doesn’t like installing modified drivers, so you’ll have to disable those checks by following these instructions if all goes well, you’ll now see that you’ve successfully installed your “fi-5110cdj” scanner, which supports twain and has all the features of a much more expensive model (and works under windows 8.1)! the lesson? companies artificially cripple their products all the time in order to create a “low end, mid range, and high end” set of markets. if companies would just charge according to how much it actually costs to make an item then maybe things would be much easier…. share this: email print more pocket share on tumblr like this: like loading... apr 30 2 matlab: easily perform large batch jobs on multiple machines (without matlab distributed computing server) robert coop uncategorized the problem: too many test runs, too little time i’ve often run into a problem where i need to test many different parameter settings in an experiment. typically, i need to test some sets of possible parameters, and i need to run many random repetitions for each parameter set in order to calculate statistical goodness. (you are using statistical significance in all of your experiments, right?) in my lab , we have access to a decent amount of computing resources. we have 14 dedicated machines with 80 cores spread amongst them. however we do not have a batch job dispatcher, nor do we have a copy of matlab’s distributed computing server . so, i have to ssh into each machine, start multiple copies of matlab, set up the parameters, run the test, and collate the results. until now… coordinating matlab workers across machines here’s how to pull this off. you’ll need a pool of machines with access to a common file system. the matlab batch job the matlab batch command allows one to queue a job for execution by a matlab parallel worker. it is very useful for running copies of a script in parallel (locally), but it requires a bit of finagling in order to use this to coordinate workers between machines. an important detail about the batch command is that it uses the local scheduler; the local scheduler (by default) stores job information in the .matlab directory in your home directory. if you have a home shared across machines , then this behavior is not what we want. it will cause conflicts among share this: email print more pocket share on tumblr like this: like loading... oct 4 0 using ps to output human readable memory usage for each process using awk robert coop linux , scripts awk , bash , linux , programming , ps , shell script i ran into a little issue: i wanted to list the memory usage of each process, but i wanted it to be output in human readable form (as in “df -h”). so, after a little googling i found a forum thread which put the idea of using awk. a little bit later i had the solution: here’s what you see with normal ps: $ ps u user pid %cpu %mem vsz rss tty stat start time command kes1 12394 0.0 0.0 107356 2052 pts/1 ss 08:15 0:00 -sh kes1 12648 0.5 3.2 720808 527356 pts/0 s+ 08:16 0:16 /usr/lib64/r/bin/exec/r kes1 13682 0.0 0.0 107360 2016 pts/3 ss 08:18 0:00 -sh here’s what we want to see: user pid %cpu %mem vsz rss tty stat start time command kes1 12394 0.0 0.0 104.84mb 2.00mb pts/1 ss 08:15 0:00 -sh kes1 12648 0.7 3.2 703.91mb 515.00mb pts/0 s+ 08:16 0:16 /usr/lib64/r/bin/exec/r kes1 13682 0.0 0.0 104.84mb 1.97mb pts/3 ss 08:18 0:00 -sh and here’s how we make that happen with awk: ps u | awk '{ for ( x=1 ;

URL analysis for coopology.com

http://www.tumblr.com/share/link/?url=http%3a%2f%2fcoopology.com%2f2014%2f04%2fmatlab-easily-perform-large-batch-jobs-on-multiple-machines-without-matlab-distributed-computing-server%2f&name=matlab%3a%20easily%20perform%20large%20batch%20jobs%20on%20multiple%20machines%20%28without%20matlab%20distributed%20computing%20server%29
http://coopology.com/2014/10/fujitsu-artificial-market-segmentation-or-how-to-make-a-mac-scansnap-fi-5110eoxm-work-in-windows-8-1/
http://coopology.com/2013/10/using-ps-to-output-human-readable-memory-usage-for-each-process-using-awk/?share=email
http://coopology.com/tag/fi-5110eox2/
http://coopology.com/tag/shell-script/
http://pinterest.com/pin/create/button/?url=http%3a%2f%2fcoopology.com%2f2013%2f10%2fusing-ps-to-output-human-readable-memory-usage-for-each-process-using-awk%2f&description=using%20ps%20to%20output%20human%20readable%20memory%20usage%20for%20each%20process%20using%20awk
http://coopology.com/tag/drivers/
http://coopology.com/2013/10/using-ps-to-output-human-readable-memory-usage-for-each-process-using-awk/
http://coopology.com/category/windows/
http://coopology.com/tag/programming/
http://coopology.com/2012/08/eclipse-rcp-setting-p2-repositories-update-sites-programmatically-for-when-p2-inf-fails/
http://coopology.com/tag/fi-5110eox/
http://coopology.com/2014/04/matlab-easily-perform-large-batch-jobs-on-multiple-machines-without-matlab-distributed-computing-server/#comments
http://coopology.com/tag/productivity/
http://coopology.com/2014/10/fujitsu-artificial-market-segmentation-or-how-to-make-a-mac-scansnap-fi-5110eoxm-work-in-windows-8-1/#comments

Whois Information

Whois is a protocol that is access to registering information. You can reach when the website was registered, when it will be expire, what is contact details of the site with the following informations. In a nutshell, it includes these informations;

Domain Name: COOPOLOGY.COM
Registry Domain ID: 1138649251_DOMAIN_COM-VRSN
Registrar WHOIS Server: whois.enom.com
Registrar URL: http://www.enom.com
Updated Date: 2018-07-23T07:07:47Z
Creation Date: 2007-08-08T00:50:49Z
Registry Expiry Date: 2019-08-08T00:50:49Z
Registrar: eNom, Inc.
Registrar IANA ID: 48
Registrar Abuse Contact Email:
Registrar Abuse Contact Phone:
Domain Status: ok https://icann.org/epp#ok
Name Server: NS1-THORPE.WEBSERVERSYSTEMS.COM
Name Server: NS2-THORPE.WEBSERVERSYSTEMS.COM
DNSSEC: unsigned
URL of the ICANN Whois Inaccuracy Complaint Form: https://www.icann.org/wicf/
>>> Last update of whois database: 2018-08-07T05:39:48Z <<<

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  REGISTRAR eNom, Inc.

SERVERS

  SERVER com.whois-servers.net

  ARGS domain =coopology.com

  PORT 43

  TYPE domain

DOMAIN

  NAME coopology.com

  CHANGED 2018-07-23

  CREATED 2007-08-08

STATUS
ok https://icann.org/epp#ok

NSERVER

  NS1-THORPE.WEBSERVERSYSTEMS.COM 143.95.41.115

  NS2-THORPE.WEBSERVERSYSTEMS.COM 65.75.128.93

  REGISTERED yes

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