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by wegster on 14-Jan-2008 18:17:45 @ne_one Quote: ne_one wrote: This is meandering a bit, but despite all the poo poos about AA2, if executed properly it does have a much more viable market than a desktop OS. Java is very useful in many contexts, but for things like multimedia and particularly game development there really aren't many multi-platform options outside of Flash. Consider the Nintendo DS market alone at close to 50 million units, then add the XBOX, PS3 and Wii. Then consider mobile devices, set top boxes and kiosks. Being able to seemlessly deploy a product on all of these systems would be a significant coup. Sure, AA '2'…

ne_one suggests that while Java's viability as desktop OS may be debated, its potential in the gaming industry on various platforms could offer significant advantages. The Nintendo DS, XBOX, PS3 and Wii markets combined with mobile devices present a vast opportunity for cross-platform deployment if AA2 proves successful both technically (hardware acceleration) and commercially (market penetration).

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by dreamlandfantasy on 15-Jan-2008 3:22:56 @opi Quote: opi wrote: I'm not a Windows user, but I find XP quite stable and efficient. Could you name hardware/software solutions for hospital that uses XP and have problems with it? I guess, since you have raised it, you have hand full of examples? Here are a couple of examples that spring to mind: 1. We have embedded PC-based monitoring systems running Windows XP that interface with foetal monitors. The PC-based monitors process the information gathered from the foetal monitors in realtime and also relays the data back to a central station at the nurses station. The problems with…

1. Upgrade the central station software for better stability, consider replacing unresponsive touch screen monitors or look into alternative input devices to reduce system hang-ups during data entry and interaction sessions with nurses at stations; also ensure all network configurations are regularly checked to prevent connectivity issues.

2. Implement a monitoring solution on the central station PCs that can alert IT staff immediately when crashes occur, consider using more robust operating systems like Windows Server or Linux which may offer better stability and lower crash rates for embedded medical devices; also ensure regular maintenance checks are carried out to minimize downtime.

3. Invest in wireless network equipment designed with healthcare environments' needs in mind (reducing