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There is a huge variety of project management applications out there. Most are general purpose apps, not aimed at any one industry. But there is a growing number of project management apps aimed specifically at one industry or another. Applications geared to creative types are becoming more readily available, and some of the offerings are really quite good. Many of these project management apps have built-in code repositories and subversion browsers (or are built around them). A few have built-in bug and issue tracking. Others include more than just basic project management. All of them can help you keep track of activities and team members. There are both free and paid options. Some have very slick interfaces, and some are modeled more after desktop applications. All are relatively easy to use and easy to set up. Below are 15 useful project management applications, almost all of which are targeted directly at Web developers, designers (both Web and print) and other creative types.

Like Elvis in '68, Microsoft is itching for a "comeback," and Windows 7 is the perfect excuse. In fact, this week in LA at the Professional Developers Conference, Windows 7 officially shoved Vista aside. Having suffered through the often deserved criticisms of that ill-fated OS installment, Microsoft's people are thrilled to tears to be able to talk about something (anything!) else. On Sunday, they took journalists through a lively 7-hour orientation on Win 7, then handed off a Dell XPS M1330 loaded with pre-beta Build 6801. Thankfully for the overworked, underappreciated developers at Redmond, it's surprisingly stable, and its look and feel already puts Vista to shame.

The Department of Defense has put out a call: design a pack of robots. A so-called Multi-Robot Pursuit System would be used to "search for and detect a non-cooperative human subject." Each robot has to weigh 100 kilograms or less, act autonomously (with a human squad leader), negotiate obstacles, and provide immediate feedback. The robots would report back to a human operator, and defer to that human when the robot AI determines that a "difficult decision" is required. The first phase of development is to create the sensors for detecting humans and to conduct feasibility experiments. Then comes the building of a prototype with fully functional sensors. At that point, a third phase would try to establish whether a pack of such robots -- about three to five in number -- could realistically be used for missions involving, according to the proposal, "search and rescue, fire-fighting, reconnaissance, and automated biological, chemical, and radiation sensing with mobile platforms."