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Unable to "put" during high memory pressure.

Continued until I stopped my application. From server log, it seems because of huge memory pressure . It should be ok for Velocity to evict the OLD entries if it following LRU rule in memory pressure , there could be some external memory pressure out of my control. 3. I have only one DataCacheFacotry

7 Tips for Moving From Tape to Online Data Storage

Online Data Storage has Become More Cost Effective for Many Applications. As Internet and storage costs continue to decline, the cost of online data storage is falling dramatically. Many CIOs the move. Security Risks If you use online data storage, your data is transmitted with an encrypted network...

Profile boxes gone early.

Where have the profie boxes gone? they said "As we announced in November, we are no longer supporting boxes on Profiles and Pages and encourage developers to use application tabs instead. We could we make an appeal to continue profile boxes. please. Our application greatly utilizes

Swipe Left/Right function failure The Swipe function continues to fails to...

Swipe Left/Right function failure The Swipe function continues to fails to function in all this little glitch, I really like the multi-touch functions on the surface of the mouse. Swipe Left/Right function failure The Swipe function continues to fails to function in all applications. From the moment ...

From Yahoo Answers

Question:f(x) = 3 - |x - 3|, [0,6] Determine the following: - Continuity on the closed interval - Differentiability on the open interval - Applicability of Rolle's Theorem - Values of c

Answers:HMMMM, I guess c can be any value in the interval (0,6) but not at c = 3. I think.

Question:I am fluent in C# and VB/VB.NET and can probably write any application for windows to accomplish a certain task. I'm getting the hint that this means nothing though, and the languages I know are more like "fake" programming. Am I basically right in assuming this knowledge is useless, insofar as I will get laughed at if I apply for jobs in the hardware industry (device drivers, firmware), academia (mathematical applications) or game industries (3d graphics, A.I.)?

Answers:.NET programs require appropriate .NET software to be installed on the machine that runs it. This is because programs written in .NET languages are not compiled into native machine code. They are compiled into a form of bytecode and run through the CLR, which is basically the virtual machine component of the .NET system that handles the just-in-time compilation and execution of the code. Without this being installed on the machine running the .NET code, the program will not run. This is a big limitation on .NET programs. This will also prevent really low level code such as firmware or hardware controllers from using .NET. Also, because .NET languages use a virtual machine type of program to run the programs, performance is not as good as it is for languages that are compiled into native code. When dealing with things such as state-of-the-art games and drivers, performance is critical. Things such as 3d graphics are better in other languages, if they are farily complex. However, I have seen .NET based 3d engines based on .NET frameworks.... so it can be done. However, I do not know what it's capabilities were and how it performed. Mathematical applications could vary, depending on what you were doing. If this was a program that did nothing except crunch numbers all day for very complex theories and simulations (such as folding@home), then efficiency would be important and .NET (while it would still work decently), would not be the best choice. However, if it was a tool to help complete a task, and not do the task itself (in other words, it wasn't running continuously 24/7 crunching numbers to solve something critical for the work), then you could probably use .NET languages without too much difficulty... but it would vary, depending on the program's purpose. If you are a programmer, you should probably learn C++, even if you only do business apps, because C++ is a very common language in the industry. If you know C#, you should be able to learn the basics of C++ with a decent book. Also, hardware companies do sometimes use .NET to write utilities to help control their programs and hardware settings. I know ATI's Catalyst Control Center app is written in .NET.

Question:I am doing a project on sauropod body mass by creating a range of 3D digital body estimates around a skeletal scan. Certain densities are then applied to the volume to create the mass estimates. So far I have thought about applying it to: -athletic ability (would the animals bones be able to support the body weight while running) -energy needed in the environment to sustain the animal -copulation (could the female support both her weight and her mates weight during sex [assuming that is how it was done]) -aquatic ability (float/sink/capsize) Any more ideas? Agreed regarding whether they were warm/cold blooded. For the purposes of this I am assuming (because thats the best we can do) that they were warm. Large sauropods would find it hard to disipate heat (due to large vol:SA) and would probably retain metabolic energy to a degree that would make them of similar body temp as most modern day mammals. Emphasis on 'assume'!

Answers:Remember that the energy used would vary, dependant on weather they were hot or cold blooded, in cold blooded creatures size is an advantage in that they can continue to be active for longer in cold nights. The flip side being that it takes them longer to warm up again. You could think about balance; how the weight of individual areas such as the tail would affect the animal

From Youtube

iPhone Programming - Making a Volume Slider to Adjust Volume

Learn how to make a slider that will adjust the volume! This is a "continuation" to the other sound tutorial. Also check out SimpleSDK's tutorial about adding sound to your application: Website: Twitter:

The Importance of Dietary Iodine

Daniel Vincent Kelley giving the know on iodine. "Apply Iodine in a 3 inch square patch. Rotate the area of application each time you apply it. Apply as often as you notice that the Iodine has absorbed and the skin is clear. For instance, if absorption occurs in 2 hours, reapply immediately; if it occurs in 4 or 6 or 8 or 12 hours, reapply whenever you notice that the skin is clear. When you eventually notice a faded brown stain after 12 hours, check in another 12 hours for the stain. If your skin is clear after 24 hours, continue application once a day until stain is apparent after 24 hours. Discontinue application when you observe a faded stain at 24 hours after initial application." -- Excerpted from How to make Nascent Iodine:

Solubility product (Ksp) and molar solubility (1)

Chemistry: Dissolution and precipitation reactions. Solubility product (Ksp) and ion product (Q). Application of ICE tables to dissolution reactions. Molar solubility. How to find the solubility from the Ksp; how to find the Ksp from the solubility. Common ion effect This is a recording of a tutoring session, posted with the student's permission. These videos are offered on a "pay-what-you-like" basis. You can pay for the use of the videos at my website: For a printable handout covering the material discussed in this video series, go to my website. For a list of all the available video series, arranged in suggested viewing order, go to my website. For a playlist containing all the videos in this series, click here: (1) Dissolution and precipitation reactions. Aqueous ("aq") phase (2) "Completely soluble" vs. "slightly soluble" salts. Solubility product (Ksp) and ion product (Q) (3) Continued (4) Application of ICE tables to dissolution reactions (5) Continued (6) Solubility (7) General method for solving solubility problems. An example in which we are given the solubility and have to find the Ksp (8) Continued (9) An example in which we are given the Ksp and have to find the molar solubility (10) Continued (11) Common ion effect. An example (12) Continued (13) Continued

Evergreen Telemetry presemts: Duct Velocity Traverse temperature reading

TAB Application--Duct Velocity Traverse. Faster, easier, more accurate readings are obtained when both hands are free to hold the velocity probe. Continuous readings are displayed at the user's wrist.

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