Slashdot is obviously being run by a bunch of autonomous jackasses who prefer to follow "trends" in the "latest" website designs than using what works.
So what you are saying here is that slashdot is fucking more people than DICE and Target combined? Cowboy Neal needs to verify this... I think the number is higher.
^This. I once opted to attend this and contacted several individuals to offer my services. About 2 months into being part of the planning E-mails I realized just how bass-ackwards the organizers were and backed out of helping them.
The only people who go to this are those wanting:
a) Drugs, Art and Music b) Drugs and Sex c) Drugs, Sex and Music
Was just going to say this... I gave up on pens for some of the reasons the original poster mentioned. Beyond that, I carry a writing surface around or dictate things with my phone... just in case I forget to bring a pencil or pen.
CompTIA offers several free courses and tests cost ~$168, which is cheaper than most out there. Sure, it's not as renowned as it was in the 1990's, but it is still something to show worth/value (most non-tech savvy business owners won't notice the difference).
Alternately, the Linux Plus Certification 101 (LPIC) can be had for $160 and several places will offer the test for FREE several times a year.
A true man of reason that I hope both these companies listen to.
He is about as down to earth and realistic of a man in person as any average tech savvy geek and even though many of us dislike Apple, this man should have all our respect.
While positions like these are not common, there are several fields out there that require "field" engineers that I can think of:
Power - For seven years I fielded calls for the Power Industry where 60% of my time was spent on the road or in the air traveling to remote locales around the world to fix the problems the "Homer Simpsons" of the power industry had created. Without internet I used just my know-how of various hardware types, operating systems such as AIX, Solaris & Windows and troubleshooting experience to solve problems. It was fun to travel and a daily challenge to solve what ever issue it might be, but I ultimately gave it up to have a family and be closer to home. The only thing that really sucked however is the remaining 30% of time I had in an office was usually spent in front of a desk writing ANSI, ISO, NEMA and OSHA compliant documentation about my journey's.
Networking Specialist - These people design, install, maintain and troubleshoot computer networks for all whom will employ them to do such. Some companies specialize in contracting guys with CCIE's etc out to companies who do not want to pay to have one full time. They generally travel on short notice and are prone to 60% or greater travel time.
Deployment Specialist - These people are usually certified in some specific product within the company they work for and make a job out of traveling around to "deploy" said product. Everyone from A to Z in Software and OEM Hardware employs these people to do the dirty work of installing and troubleshooting a product on a customer's site after it has been sold. Expect lots of long hours and a lot of travel to go along with these kinds of jobs.
Sales Engineer - Otherwise known as Systems Integrators in some companies, these people help potential (pre-sales) customers understand, compare, and contrast the solutions that are available for buying from the company they are employed for. Companies such as NetApp, EMC, Dell, HP and others use SE's to accompany sales guys to meetings about a potential sale. These people are generally hardware techs who moved their way up in the ranks from within the company or moved from another company doing something similar. As such, it would be best to start as a deployment engineer or similar first if this sounds interesting.
Technical Trainer - Just about every Tech company employs these guys to travel and host various classes, lectures and seminars. It's not overly "brainy" work, but the job does travel... A LOT.
While I am sure there are more, this was an "off the hip" list that I could come up with. Perhaps others can add to it. Good luck in your ventures... It will not be easy and there is no avoiding at least some "office based desk work".
While SRI International, through the help of defense-sponsored research funding I might add, did indeed create what we call SIRI at Menlo Park, it was NOT without foundations from countless years of already done research by companies such as Dragon International, IBM and CMU Research. The creators of Dragon Naturally Speaking had far more to do with SIRI than you seem to want to acknowledge:
Back in 1997-99, my colocation space at Level 3 was right next to Dragon Systems' cabinets. As such, I was able to chat with their IT team on several occasions and met the Bakers on at least one occurrence where we discussed the futures of digital speech recognition (Dragon 2000 was being developed for Win2k at the time). Their insights and knowledge of speech recognition were unmatched by anyone else in the industry, not even IBM (who was working on it at the time too) was as advanced and I have no doubt that we would not have Siri or other similar technologies today if not for the Baker's research from in and out of Carnegie Mellon University.
The Baker bunch are not stupid people, they made a remarkable company last for almost 30 years, but it is obvious that they made a big mistake by putting everything in one "basket" as others here have stated. While I wish them luck, white collar crimes such as these are rarely won.
In any case, there is no proving nor disproving any of it as faith tends to conquer all levels of rational judgement. Best we can hope for is a better edumacated tomorrah./cowboyneal-twang
Cisco UCS is a costly, yet very effective solution. The high costs lay around the requirement for the Cisco 61x0 port extender, gbic costs, licenses for it, expensive PDU's and other costly management features. I really dig the UCS Manager and KVM Manager for the UCS though as it allows for some really large scale deployments with minimized management and implementation. In my opinion, the UCS is really best suited for companies who want/need LOTS of nodes though... 30+ would be a good starting point. In the long run, I think my company would have been better off sticking with HP C7000 BladeCenters, but they wanted to reduce our vendor "footprint" in the datacenter. Cisco/EMC/VMWare won on a majority of fronts for that in the end.
When you think of the UCS, think of StorageTek/Sun v215 & v245 servers... the technology behind them and their design is HEAVILY modeled after those old Sun designs. The Cisco UCS Blades are also way ahead of HP/Dell in terms of capabilities and capacity limits, but it really does cost a lot more than we expected them to.
Depending on the environment and the available assets to the IT Department.
As an example:
Assume you have VMWare ESXi 5 running on 3 hosts with a vCenter and a combined pool of say 192GB of RAM, 5TB of disk, 3x1Gbps for NAS/SAN/iSCSI and 3x1Gbps for Data/connectivity.
It would become unwise in such an environment (without funds to expand it) to run any system that causes a bottleneck on your environment and thus decrease performance for other systems. This can be: - Systems with High Disk load such as heavy DB usage or SNMP Traps or Log collection or Backup Storage Servers; - Systems with High Network usage such as SNMP, Streaming services or E-mail; - Systems with High RAM usage.
For this example, any of the above utilizing say 15% of your total resources for a single instance server would ultimately become cheaper to run on physical hardware. That is, until your environment can bring that utilization number down to 5% or is warranted/needed/desired for some reason.
In my environment, we have a total of 15 ESXi v5 hosts on Cisco UCS Blades with 1TB of RAM and 30TB of Disk on 10GbE. We do however refrain from deploying: - Media Streaming servers - Backup Servers - SNMP/Log Collection Servers
With an atmosphere consisting of over 95% carbon dioxide, wouldn't a few million of these "pods" help the Terra-forming efforts of mars' atmosphere? Sure, it'd take a few MILLION years, but think of the possibilities here!
On the note of the article, it sounds too good to be true really. I don't buy into the idea until a more scientific analysis has been done.
Hotmail originally ran Solaris and FreeBSD in its infrastructure and even after acquisition by Microsoft in 1997, they continued using FreeBSD for much of it. That is, until someone found out about it and leaked it to the public. As I recall, no citations found though, Microsoft hurriedly ported it all to Windows 2000 Server and botched it up several times before getting it right (2002?).
Almost sounds like this would require a lot of venture capital to pull off and should warrant far more than a 50k prize.
For large jobs, I can using air blowing conveyor belts to align and feed the scraps into a series of modified industrial sheet fed image scanners and allow a computer to itemize each of the images and convert them to OCR formatted files. Once completed, write a puzzle algorithm to piece them together electronically.
Weren't the problematic Deskstars in the 75GB+ range?
IBM Deskstar 75GXP was the main one, yes. However, I think all of their hard drives at the time had similar issues revolving around the BLUE GLUE used to seal the canister
We all survived the 18GB Deathstar and avoided Fujitsu's sudden death syndrome and it further proves most have had their fair share of failures at one time or another. The only ones I cannot recall any fault with were Quantum and later Maxtor drives. I loved my Fireball and Atlas drives!
SSD's must meet or surpass all of your mentioned categories and overall capacity limits before Magnetic HDD's are cast the way of the floppy disk drive. Even then, look at how long it took to get rid of the floppy disk drive:
Beginning of end for Floppy Disk Drive: 1998 with a CD-ROM drive but no floppy drive End of the Floppy Disk Drive: 2009 Hewlett-Packard, the last supplier, stopped supplying Floppy Disk Drives on all systems
It could be stated that the HDD is more entwined in technology than the FDD was and so it may be more well more than 11 years before we see Magnetic HDD's disappear from the consumer marketplace.
Going further back, anyone who's been around in IT for a decade or longer recalls the old Micropolis 9GB drive failures that sent the company into bankruptcy. In any case, OCZ is a relatively good company and a notable innovator of SSD technology and I personally find most of their products to be just as reliable as any other in the same category.
Slashdot Mirror
Slashdot is obviously being run by a bunch of autonomous jackasses who prefer to follow "trends" in the "latest" website designs than using what works.
So what you are saying here is that slashdot is fucking more people than DICE and Target combined? Cowboy Neal needs to verify this... I think the number is higher.
At least Target didn't change their website after fucking up so badly
Here's hoping Turkey is more conservative in changing their site layout than slashdot beta is!
^This. I once opted to attend this and contacted several individuals to offer my services. About 2 months into being part of the planning E-mails I realized just how bass-ackwards the organizers were and backed out of helping them.
The only people who go to this are those wanting:
a) Drugs, Art and Music
b) Drugs and Sex
c) Drugs, Sex and Music
Just say no.
FIAT:
Fix It Again Toy
Obviously someone doesn't look at the real reliability of Italian made vehicles... From FIAT to Ferrari... they're all built like crap.
I can think of several monopolist schemes that have been price fixing for years...
De Beers Diamond price fixing anyone?
OPEC Crude Oil price fixing?
Pfizer Pharma price fixing?
List goes on... Point is, why such a small segment?
Was just going to say this... I gave up on pens for some of the reasons the original poster mentioned. Beyond that, I carry a writing surface around or dictate things with my phone... just in case I forget to bring a pencil or pen.
Side note, check to see if the UNIV you are attending offers discounts for such things. You can check the listings of schools that do such here: http://education-portal.com/linux_certificate.html
CompTIA offers several free courses and tests cost ~$168, which is cheaper than most out there. Sure, it's not as renowned as it was in the 1990's, but it is still something to show worth/value (most non-tech savvy business owners won't notice the difference).
Alternately, the Linux Plus Certification 101 (LPIC) can be had for $160 and several places will offer the test for FREE several times a year.
A true man of reason that I hope both these companies listen to.
He is about as down to earth and realistic of a man in person as any average tech savvy geek and even though many of us dislike Apple, this man should have all our respect.
While positions like these are not common, there are several fields out there that require "field" engineers that I can think of:
Power - For seven years I fielded calls for the Power Industry where 60% of my time was spent on the road or in the air traveling to remote locales around the world to fix the problems the "Homer Simpsons" of the power industry had created. Without internet I used just my know-how of various hardware types, operating systems such as AIX, Solaris & Windows and troubleshooting experience to solve problems. It was fun to travel and a daily challenge to solve what ever issue it might be, but I ultimately gave it up to have a family and be closer to home. The only thing that really sucked however is the remaining 30% of time I had in an office was usually spent in front of a desk writing ANSI, ISO, NEMA and OSHA compliant documentation about my journey's.
Networking Specialist - These people design, install, maintain and troubleshoot computer networks for all whom will employ them to do such. Some companies specialize in contracting guys with CCIE's etc out to companies who do not want to pay to have one full time. They generally travel on short notice and are prone to 60% or greater travel time.
Deployment Specialist - These people are usually certified in some specific product within the company they work for and make a job out of traveling around to "deploy" said product. Everyone from A to Z in Software and OEM Hardware employs these people to do the dirty work of installing and troubleshooting a product on a customer's site after it has been sold. Expect lots of long hours and a lot of travel to go along with these kinds of jobs.
Sales Engineer - Otherwise known as Systems Integrators in some companies, these people help potential (pre-sales) customers understand, compare, and contrast the solutions that are available for buying from the company they are employed for. Companies such as NetApp, EMC, Dell, HP and others use SE's to accompany sales guys to meetings about a potential sale. These people are generally hardware techs who moved their way up in the ranks from within the company or moved from another company doing something similar. As such, it would be best to start as a deployment engineer or similar first if this sounds interesting.
Technical Trainer - Just about every Tech company employs these guys to travel and host various classes, lectures and seminars. It's not overly "brainy" work, but the job does travel... A LOT.
While I am sure there are more, this was an "off the hip" list that I could come up with. Perhaps others can add to it. Good luck in your ventures... It will not be easy and there is no avoiding at least some "office based desk work".
While SRI International, through the help of defense-sponsored research funding I might add, did indeed create what we call SIRI at Menlo Park, it was NOT without foundations from countless years of already done research by companies such as Dragon International, IBM and CMU Research. The creators of Dragon Naturally Speaking had far more to do with SIRI than you seem to want to acknowledge:
http://news.cnet.com/8301-27076_3-20061241-248.html
Give credit to them where it is due.
Back in 1997-99, my colocation space at Level 3 was right next to Dragon Systems' cabinets. As such, I was able to chat with their IT team on several occasions and met the Bakers on at least one occurrence where we discussed the futures of digital speech recognition (Dragon 2000 was being developed for Win2k at the time). Their insights and knowledge of speech recognition were unmatched by anyone else in the industry, not even IBM (who was working on it at the time too) was as advanced and I have no doubt that we would not have Siri or other similar technologies today if not for the Baker's research from in and out of Carnegie Mellon University.
The Baker bunch are not stupid people, they made a remarkable company last for almost 30 years, but it is obvious that they made a big mistake by putting everything in one "basket" as others here have stated. While I wish them luck, white collar crimes such as these are rarely won.
Loch Ness Monster isn't the only Dinosaur myth in recent times... Canada's Lake Okanagan is possessively home to a similar mystical beast...
http://en.wikipedia.org/wiki/Ogopogo
In any case, there is no proving nor disproving any of it as faith tends to conquer all levels of rational judgement. Best we can hope for is a better edumacated tomorrah. /cowboyneal-twang
Cisco UCS is a costly, yet very effective solution. The high costs lay around the requirement for the Cisco 61x0 port extender, gbic costs, licenses for it, expensive PDU's and other costly management features. I really dig the UCS Manager and KVM Manager for the UCS though as it allows for some really large scale deployments with minimized management and implementation. In my opinion, the UCS is really best suited for companies who want/need LOTS of nodes though... 30+ would be a good starting point. In the long run, I think my company would have been better off sticking with HP C7000 BladeCenters, but they wanted to reduce our vendor "footprint" in the datacenter. Cisco/EMC/VMWare won on a majority of fronts for that in the end.
When you think of the UCS, think of StorageTek/Sun v215 & v245 servers... the technology behind them and their design is HEAVILY modeled after those old Sun designs. The Cisco UCS Blades are also way ahead of HP/Dell in terms of capabilities and capacity limits, but it really does cost a lot more than we expected them to.
Depending on the environment and the available assets to the IT Department.
As an example:
Assume you have VMWare ESXi 5 running on 3 hosts with a vCenter and a combined pool of say 192GB of RAM, 5TB of disk, 3x1Gbps for NAS/SAN/iSCSI and 3x1Gbps for Data/connectivity.
It would become unwise in such an environment (without funds to expand it) to run any system that causes a bottleneck on your environment and thus decrease performance for other systems. This can be:
- Systems with High Disk load such as heavy DB usage or SNMP Traps or Log collection or Backup Storage Servers;
- Systems with High Network usage such as SNMP, Streaming services or E-mail;
- Systems with High RAM usage.
For this example, any of the above utilizing say 15% of your total resources for a single instance server would ultimately become cheaper to run on physical hardware. That is, until your environment can bring that utilization number down to 5% or is warranted/needed/desired for some reason.
In my environment, we have a total of 15 ESXi v5 hosts on Cisco UCS Blades with 1TB of RAM and 30TB of Disk on 10GbE. We do however refrain from deploying:
- Media Streaming servers
- Backup Servers
- SNMP/Log Collection Servers
Hope this helps!
With an atmosphere consisting of over 95% carbon dioxide, wouldn't a few million of these "pods" help the Terra-forming efforts of mars' atmosphere? Sure, it'd take a few MILLION years, but think of the possibilities here!
On the note of the article, it sounds too good to be true really. I don't buy into the idea until a more scientific analysis has been done.
This just reminds me of the whole 1999-2000 debacle of Microsoft's continued use of FreeBSD + Apache for its 1997 acquisition of Hotmail.
http://en.wikipedia.org/wiki/Hotmail
Hotmail originally ran Solaris and FreeBSD in its infrastructure and even after acquisition by Microsoft in 1997, they continued using FreeBSD for much of it. That is, until someone found out about it and leaked it to the public. As I recall, no citations found though, Microsoft hurriedly ported it all to Windows 2000 Server and botched it up several times before getting it right (2002?).
Have no fear, Oracle ala Larry Ellison will find some way to screw it up in the end.
Most people have ZERO faith in Oracle and there's a reason for that... OpenJDK or move to python or Scala or .NET/C#.
Almost sounds like this would require a lot of venture capital to pull off and should warrant far more than a 50k prize.
For large jobs, I can using air blowing conveyor belts to align and feed the scraps into a series of modified industrial sheet fed image scanners and allow a computer to itemize each of the images and convert them to OCR formatted files. Once completed, write a puzzle algorithm to piece them together electronically.
Weren't the problematic Deskstars in the 75GB+ range?
IBM Deskstar 75GXP was the main one, yes. However, I think all of their hard drives at the time had similar issues revolving around the BLUE GLUE used to seal the canister
We all survived the 18GB Deathstar and avoided Fujitsu's sudden death syndrome and it further proves most have had their fair share of failures at one time or another. The only ones I cannot recall any fault with were Quantum and later Maxtor drives. I loved my Fireball and Atlas drives!
SSD's must meet or surpass all of your mentioned categories and overall capacity limits before Magnetic HDD's are cast the way of the floppy disk drive. Even then, look at how long it took to get rid of the floppy disk drive:
Beginning of end for Floppy Disk Drive: 1998 with a CD-ROM drive but no floppy drive
End of the Floppy Disk Drive: 2009 Hewlett-Packard, the last supplier, stopped supplying Floppy Disk Drives on all systems
It could be stated that the HDD is more entwined in technology than the FDD was and so it may be more well more than 11 years before we see Magnetic HDD's disappear from the consumer marketplace.
OCZ's reliability record is in no way different to any other Data Storage Manufacturer past or present.
Seagate's recent 1TB woes: ST31000340AS
Western Digital's recent woes: Caviar Green EARS 1.0TB and 1.5TB SATA
Going further back, anyone who's been around in IT for a decade or longer recalls the old Micropolis 9GB drive failures that sent the company into bankruptcy. In any case, OCZ is a relatively good company and a notable innovator of SSD technology and I personally find most of their products to be just as reliable as any other in the same category.