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To use this with an HP200LX, enter the HP COMM program and choose the connect menu Choose the infrared port and 2400 baud Now, with the two infrared ports coupled, you should see the fox message printed on the HP screen, and what you type on the HP200LX keyboard should be echoed on the STAMP debug screen The MAX3100 is one of those IrDA devices that generate an output light flash that is precisely 3 16 of the bit width And it expects the same for its input It will reject incoming flashes if they are less than 1 8 of the bit width That is a problem with some devices that generate a shorter pulse A pulse stretcher can be added to the circuit for use at a fixed baud rate There are some peculiarities in the Palm Pilot IrDA implementation.

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

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Implementing a WiFi touchpad application like iTap poses unique challenges, both from a technical as well as from a user interface point of view From a user interface perspective, the most challenging aspects of the iPhone platform are probably the lack of physical buttons and the limited screen real estate compared to a full-blown computer Power consumption was also a big concern of ours, since users do not react too well to battery-draining applications From a technical perspective, we had to deal with subtle differences between the vast number of WiFi networks out there, while still autodetecting available devices and computers in nearly all cases and staying compatible with both Mac OS X and Windows To conserve screen real estate and to allow our users to use the iTap touchpad blindly, we ve adhered to a reductionist user interface philosophy, relying heavily on gestures instead of on-screen buttons.

Quite often, a single-degree-of-freedom system model does not sufficiently describe the system vibrational behavior. When it is necessary to obtain information regarding the higher natural frequencies of the system, the system must be modeled as a multidegree-of-freedom system. Before discussing a system with several degrees of freedom, we present a system with two degrees of freedom, to give sufficient insight into the interaction between the degrees of freedom of the system. Such interaction can also be used to advantage in controlling the vibration.

31.3.1 System with Two Degrees of Freedom Free Vibration. A system with two degrees of freedom is shown in Fig. 31.18. It consists of masses m1 and m2, stiffness coefficients k1 and k2, and damping coefficients c1 and c2. The equations of motion are m1 1 + (c1 + c2)x 1 + (k 1 + k2 )x1 c2x 2 k2x2 = 0 x m2 x2 + c2 x 2 + k2 x2 c2 x 1 k2 x1 = 0 (31.60)

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

Note that the exact order of the IR commands used to open the IR serial port in NSBASIC makes a considerable difference in successful communication with Palm Pilot devices Palm users should read the NSBASIC messages in Table 5-1 for additional help..

Assuming a solution of the type x1 = Ae st and substituting into Eqs. (31.60) yield [m1s2 + (c1 + c2)s + k1 + k2]A (c2s + k2)B = 0 (k2 + c2 s)A + (m2 s2 + c2 s + k2 )B = 0 Combining Eqs. (31.62), we obtain the frequency equation [m1s2 + (c1 + c2 )s + k1 + k2 ] (m2 s 2 + c2 s + k2 ) (c2 s + k2 )2 = 0 (31.63) (31.62) x2 = Be st (31.61)

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