"... In PAGE 35: ... In COTS Dust, the laser was a laser module used in laser pointers. To give the reader an idea about the characteristics of a laser module, I have included Table7 on page 30 outlining the RSa670-5 from Power Spectrum. Fig.... In PAGE 60: ...ments on the data rate and range of communication. In designing the specifications for the CCR mote, the Smart Dust team wanted the device to operate both indoors and outdoors (see Table7 on page 54). Not only would the device need to handle a large DC light bias from the sun (~1 kW/m2), it would also have to filter out 60 and 120 Hz noise from fluorescent lighting.... In PAGE 60: ... Finally the signal is sampled by an A/D converter. Table7 : Specifications for CCR Communication requirements specifications laser intensity 5mW laser divergence 0.05 radians half angle minimum range 10 meters environment must work from full sunlight to indoor light include fluorescent light data rate downlink 30 bps... ..."

"... In PAGE 35: ... In COTS Dust, the laser was a laser module used in laser pointers. To give the reader an idea about the characteristics of a laser module, I have included Table7 on page 30 outlining the RSa670-5 from Power Spectrum. Fig.... In PAGE 60: ...ments on the data rate and range of communication. In designing the specifications for the CCR mote, the Smart Dust team wanted the device to operate both indoors and outdoors (see Table7 on page 54). Not only would the device need to handle a large DC light bias from the sun (~1 kW/m2), it would also have to filter out 60 and 120 Hz noise from fluorescent lighting.... In PAGE 60: ... Finally the signal is sampled by an A/D converter. Table7 : Specifications for CCR Communication requirements specifications laser intensity 5mW laser divergence 0.05 radians half angle minimum range 10 meters environment must work from full sunlight to indoor light include fluorescent light data rate downlink 30 bps... ..."

"... In PAGE 3: ... In additional to the numerical ratings, after the study both the presenters and the audiences were asked to fill a questionnaire, which included: ranking the techniques by preference; likes/dislikes about each technique; and additional comments /suggestions. Results Quantitative Rating The average rating scores of the presentations from the audience are illustrated in Table2 and Figure 3. For all the 4 criteria, Bare Hand received the highest scores, followed by Laser Pointer, and Standard technique lowest.... ..."

"... In PAGE 8: ... This family of lasers is the target of most current research in the development of new lasers. Many of the diode lasers, as can be seen in Table4 , operate in the infrared range. It was not until 1988 that the first visible diode lasers became commercially available.... ..."

"... In PAGE 7: ... Most gas lasers contain a mixture of gases. Some of the most common gas mixtures can be found in Table2 . An important variant of the gas lasers is far-infrared lasers (emitting between 30mm and 1000mm) that are powered by a shorter-wavelength infrared gas laser beam.... ..."

"... In PAGE 14: ... Pixel and frame rates effectively limit sensor resolution for mobile applications. To gain insight into how the factors affect system performance, we will test the method described above with up to 3 different lasers -- the ERIM, Riegl, and Z amp;F (see Table2 on page 12 for sensor specifications). The ERIM and Z amp;F lasers are both continuous wave devices, and the Riegl is a pulsed laser.... In PAGE 14: ... We will design a distinct laser signal processing model for each of the lasers. Although some of our current laser sen- sors have a larger instantaneous field-of-view (IFOV) than required by our acuity constraint (see Table2 on page 12) of 0.1 degrees (as listed in Table 1 on page 4) to detect a 20 centimeter obstacle at 65 meters, we believe that we can scale down our experiments appropriately with these sensors.... ..."