Today I was with a group of students making a presentation to Siemens. They had emailed the PowerPoint two days ago, but they made a few last minute editorial changes and they wanted to upload a new version. They then take out a thumb drive and stick it into a Siemens laptop to run the presentation. My jaw dropped. Wasn't Siemens implicated in the proliferation of Stuxnet? You'd think that there would now be a corporate-wide policy against any unknown USB drive ever contacting one of their computers.
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Originally Posted by mollusk
(Post 11659586)
Today I was with a group of students making a presentation to Siemens. They had emailed the PowerPoint two days ago, but they made a few last minute editorial changes and they wanted to upload a new version. They then take out a thumb drive and stick it into a Siemens laptop to run the presentation. My jaw dropped. Wasn't Siemens implicated in the proliferation of Stuxnet? You'd think that there would now be a corporate-wide policy against any unknown USB drive ever contacting one of their computers.
But yeah I bet if their IT guy had been there he mighta said somethin! |
Originally Posted by mattm
(Post 11659639)
I thought Stuxnet was more targeted at the Siemens-branded industrial control(?) networks that Iran was running..
But yeah I bet if their IT guy had been there he mighta said somethin! |
Just finished taking the stupidass general gre. Ugh..............
I got a 480 on the verbal (my weakness) and a 690 on the quanitative section. I could have done better on the quant section but I did a poor job pacing myself and ended up with 1 min to answer the last 5 questions. Doh.... According to the ETS percentage lines, that puts me right at the mean for "physical science" majors. I'm pissed off and a couple friends arrived in town tonight for a visit. Time to get drunk! |
how about the racy Glee GQ cover?
oh wait this is the geek thread not the gleek thread. |
*venting*
Really hate my digital design class. Professor assigns ridiculously long labs each week involving Active-HDL, which I don't have because I own a mac. So I have to spend about 10 hours a week in a dark computer lab working on verilog code. And I don't understand multiplexers. *vent off* |
Originally Posted by Blackdays
(Post 11665025)
*venting*
Really hate my digital design class. Professor assigns ridiculously long labs each week involving Active-HDL, which I don't have because I own a mac. So I have to spend about 10 hours a week in a dark computer lab working on verilog code. And I don't understand multiplexers. *vent off* (2) Is the software available to run in Free BSD? If so, then you are OK. Your Apple OS is actually a slick GUI on top of an open source operating system and you should be able to make it work with a bit of tweaking. Steve Jobs has made a well paying career from stealing good stuff that other people developed. Google "Xerox Parc" and you can figure this out on your own. |
So what's the goto config for a media server? I'm getting a bona fide workstation to replace my clapped out desktop that's weaker than my laptop. The 'boss' said keep the desktop so I'm going to slap in some drives and set it up to hold music, video, etc. It's loaded with Win7 Pro right now. Just take it out of my work domain, remove all the vpn and security software, clean out the work data, load up the media and let it rip, or is there a better way? Help me 33 nerds, you are my only hope.
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Originally Posted by wens
(Post 11652428)
I'm not a fan of apple's corporate philosophy. I'm not so ignorant as to think other companies are generally better, but apple seems to think that they have a "better" corporate philosophy and it gets on my nerves. I'm expressing it poorly, but I think apple has a higher opinion of itself than is merited, a bit of a holier than thou attitude, and it bugs me a lot.
Originally Posted by wens
(Post 11652428)
I probably would buy one of their laptops though.
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Originally Posted by jwible
(Post 11665525)
So what's the goto config for a media server? I'm getting a bona fide workstation to replace my clapped out desktop that's weaker than my laptop. The 'boss' said keep the desktop so I'm going to slap in some drives and set it up to hold music, video, etc. It's loaded with Win7 Pro right now. Just take it out of my work domain, remove all the vpn and security software, clean out the work data, load up the media and let it rip, or is there a better way? Help me 33 nerds, you are my only hope.
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Originally Posted by jwible
(Post 11665525)
So what's the goto config for a media server? I'm getting a bona fide workstation to replace my clapped out desktop that's weaker than my laptop. The 'boss' said keep the desktop so I'm going to slap in some drives and set it up to hold music, video, etc. It's loaded with Win7 Pro right now. Just take it out of my work domain, remove all the vpn and security software, clean out the work data, load up the media and let it rip, or is there a better way? Help me 33 nerds, you are my only hope.
A lot of overhead on the power supply so you don't fry the machine. Lots of on-chip cache if you expect a lot of concurrent connections. It can be done with a Windows OS, but a Linux OS is better. |
I was having DNS problems with BF sometimes, so I posted a thread in the help section of this website.
Turns out you can configure to a public DNS server instead of using your ISP automatically. I configured to Google's DNS servers, and everything is much faster now. Google pages (calender, mail) are ridiculously fast. Definitely worth trying out. It's under TCP/IP settings for your particular connection (wireless/wired, etc). Google is 8.8.8.8 and 8.8.4.4. |
Google tracks me enough as it is. I don't need them to know every freakin' IP address I need to resolve.
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Originally Posted by jwible
(Post 11665525)
So what's the goto config for a media server? I'm getting a bona fide workstation to replace my clapped out desktop that's weaker than my laptop. The 'boss' said keep the desktop so I'm going to slap in some drives and set it up to hold music, video, etc. It's loaded with Win7 Pro right now. Just take it out of my work domain, remove all the vpn and security software, clean out the work data, load up the media and let it rip, or is there a better way? Help me 33 nerds, you are my only hope.
If it's Linux and OS X at home, a nice FreeBSD or Solaris box with ZFS and RAID10 would be my choice. |
Originally Posted by mollusk
(Post 11665870)
Google tracks me enough as it is. I don't need them to know every freakin' IP address I need to resolve.
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Just rolled thru the first "practice run" for my seminar on Monday.... 62 min which is perfect, because i'm sure in my nervousness on Monday I will speed things up and omit sections to fit it into the 45-50min window for an A.
Also I didn't look down at my notes once, which is sweet. Time to unwind on BF for 20 or 30 and go give it another run. |
Originally Posted by TMonk
(Post 11667325)
Just rolled thru the first "practice run" for my seminar on Monday.... 62 min which is perfect, because i'm sure in my nervousness on Monday I will speed things up and omit sections to fit it into the 45-50min window for an A.
Also I didn't look down at my notes once, which is sweet. Time to unwind on BF for 20 or 30 and go give it another run. |
It's my senior project/capstone course:
Title: Conjugated organometallic polymers: A description of the synthesis and photophysical properties of organic semiconductors featuring a new cyclometalated platinum moiety. Abstract: The general properties and photovoltaic parameters of organic semiconductors are introduced after a brief comparison with traditional inorganic (silicon) solar cells. A new class of cyclometalated platinum polymers is introduced in which the primary chromophore is the Pt-Polymer coordination bond. Synthesis, device fabrication and compound characterization are described for two specific Pt-polymers with power conversion efficiencies approaching 1.3%. Primary article: http://pubs.acs.org/doi/full/10.1021/cm9029038 |
Originally Posted by TMonk
(Post 11667370)
It's my senior project/capstone course:
Title: Conjugated organometallic polymers: A description of the synthesis and photophysical properties of organic semiconductors featuring a new cyclometalated platinum moiety. Abstract: The general properties and photovoltaic parameters of organic semiconductors are introduced after a brief comparison with traditional inorganic (silicon) solar cells. A new class of cyclometalated platinum polymers is introduced in which the primary chromophore is the Pt-Polymer coordination bond. Synthesis, device fabrication and compound characterization are described for two specific Pt-polymers with power conversion efficiencies approaching 1.3%. Primary article: http://pubs.acs.org/doi/full/10.1021/cm9029038 |
Just finished round 2 of practice.... 55 min with no hesitation and deliberatly quick speaking.
Looks like I'll fit right into that 45-50 min indo when I add the game-day jitters into the equation. |
Good luck. I had to slow down and read word by word when you described what you'll be talking about.
I feel... monosyllabic. cdr |
Originally Posted by TMonk
(Post 11667370)
It's my senior project/capstone course:
Title: Conjugated organometallic polymers: A description of the synthesis and photophysical properties of organic semiconductors featuring a new cyclometalated platinum moiety. Abstract: The general properties and photovoltaic parameters of organic semiconductors are introduced after a brief comparison with traditional inorganic (silicon) solar cells. A new class of cyclometalated platinum polymers is introduced in which the primary chromophore is the Pt-Polymer coordination bond. Synthesis, device fabrication and compound characterization are described for two specific Pt-polymers with power conversion efficiencies approaching 1.3%. Primary article: http://pubs.acs.org/doi/full/10.1021/cm9029038 |
All I can tell is he's making an organic solar material... and I'm an Electrical Engineer...
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Originally Posted by TMonk
(Post 11667370)
It's my senior project/capstone course:
Title: Conjugated organometallic polymers: A description of the synthesis and photophysical properties of organic semiconductors featuring a new cyclometalated platinum moiety. Abstract: The general properties and photovoltaic parameters of organic semiconductors are introduced after a brief comparison with traditional inorganic (silicon) solar cells. A new class of cyclometalated platinum polymers is introduced in which the primary chromophore is the Pt-Polymer coordination bond. Synthesis, device fabrication and compound characterization are described for two specific Pt-polymers with power conversion efficiencies approaching 1.3%. Primary article: http://pubs.acs.org/doi/full/10.1021/cm9029038 |
Originally Posted by carpediemracing
(Post 11667657)
Good luck. I had to slow down and read word by word when you described what you'll be talking about.
I feel... monosyllabic. cdr I did manage to refactor a giant chunk of code on the flight from Nice, however. Some cron magic and DB tweaking and one table shouldn't be getting slammed with requests quite so often |
Originally Posted by Urthwhyte
(Post 11667723)
I didn't even get that far...
I did manage to refactor a giant chunk of code on the flight from Nice, however. Some cron magic and DB tweaking and one table shouldn't be getting slammed with requests quite so often |
Originally Posted by carpediemracing
(Post 11667657)
Good luck. I had to slow down and read word by word when you described what you'll be talking about.
I feel... monosyllabic. cdr To Clarify this (by dept. requirement) is a presentation on someone else's research. It went down at the end of last year at UC Berkeley. |
Originally Posted by mollusk
(Post 11667716)
Fuel cell applications?
Once the polymers are synthesized, there is no chemistry involved in the generation of photocurrent. There is no reaction taking place to generate electrons; it's just excitation of one species: the "plastic" semiconductor. |
For polymer photocells to save the world we need to get away from Pt and other pricey crap. Need a Fe or Mg compound cheap enough to print; but this stuff is a good start.
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the conversion efficiency is also still quite low. Needs a lot of work there before it can compete with the likes of thin-film. Thin-film is already pretty cheap, getting cheaper all the time, has high efficiency, and can be made in all sorts of configurations, some of them very flexible and unique.
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