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Table 1. Comparison of current component technologies
2000
Cited by 1
Table 4: Cluster components with area estimates. Area estimates are made using design rules from current technologies.
1992
"... In PAGE 11: ...1 A four cluster coupled multi-ALU processor (MAP) with re- sources for four active threads is feasible with 1995 technology. Table4 lists each component, with a corresponding area estimate, ofa cluster. Area estimates are made using designrules forcurrent technologies.... ..."
Cited by 84
Table 2. Technological components
Table 1 lists the current popular RFID technologies in use and their typical characteristics, highlighting the range of applications where it can make a mark.
2005
"... In PAGE 4: ... Table1 . Current RFID Technologies As RFID is embraced by industry and they start to internalize the technology in their in-house processes, it is expected that the infrastructure should support different RFID technologies to provide best benefits to a number of business processes, by utilizing the appropriate features of different RFID technologies such as read/write range, data rate, interference, etc.... In PAGE 12: ... With each type of tag is associated a protocol and the tag object maps the tag operations to the protocol syntax and semantics. Currently support is available to tags of all frequencies and protocols listed in Table1 above sans the Microwave range. The next component in this layer is the I/O object.... ..."
Cited by 3
Table 1). The older tools were problematic yet useful. Serials lists and directories need constant updating to remain current and comprehensive. Without paid staff, it was diffi cult to ensure that listings were consistent and refl ected developing technologies. For instance, our early directory focused on the marine components of our col- lections, yet was not expanded to include aquatic (freshwater) collections when our organization expanded in scope to include that perspective. Also, changes in document delivery technology such as ARIEL and new modes of communication such as e-mail were not captured and tracked in our International Directory of Marine Science
"... In PAGE 3: ... Table1 . IAMSLIC resource sharing efforts.... ..."
Table 1: Specified CMOS technology parameter values.
"... In PAGE 24: ... Tool Utilization Significant improvements in equipment utilization were also achieved. Table1 shows the pre- and post-conversion numbers for tool failures. The average reduction in fails for selected crit- ical tools was 62%.... In PAGE 24: ... Yield improvement for two different devices over time. Table1 . Number of tool failures pre- and post-cassette conversion.... In PAGE 28: ... Therefore, the total Igate contribution to the worst-case Iddq would be 370 mA. Given the technology parameter values in Table1 and values for the various fitting parameters that com- prise the Iddq equation, the chip leakage current is then calcu- lated and added to the gate leakage component to obtain the total chip Iddq for a given use condition specified by the design- er. Figure 3 shows the calculated total-chip Iddq vs.... ..."
TABLE 2. Technology Components by Scenario
Table 11. Abandonment of current product technologies - technology push
"... In PAGE 21: ... Two outstanding factors are decrease in the demand for products containing the technology and explicit demands of institutional customers to shift to new technologies. Shift to technologies providing cost advantage is the prevalent reason for phasing-out of product technologies ( Table11 ). Cost reduction is the focal point of new product technologies in the automotive industry.... ..."
Table 1. Comparative results of recognition rates on a small vocabulary IVR service. 3.3 Speaker Veri cation This project aims at integrating a SV component that is currently developed in the framework of the projects CAVE and COST 250. The selected approach is based on a parallel processing of a speech utterance by three di erent algorithms: Dynamic Time Warping (DTW) [1], Sphericity [2], and HMMs . This task, in the context of this project, is clearly a technology transfer from academic research to commercial use.
"... In PAGE 4: ...toolkit available at LTS and IDIAP laboratories with suitable adaptations to perform massively parallel processing is used in the training and testing experi- ments. Initial tests with the vocabulary of InfoMartigny show that the exible vocab- ulary approach is a very promising one if compared to the global modelling approach (see Table1 ). The training of the phonetic models has been performed on a subset of the Polyphone database, containing sentence utterances.... ..."
Table 1: Deployment Process Coverage in Current Technologies.
1998
"... In PAGE 13: ... The results of our sampling of technologies are collected into two tables. Table1 presents a characterization of the technologies in terms of process coverage. Table 2 assesses their support for changeability, coordination, and model abstraction.... ..."
Cited by 40
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