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The PC
Published in Mike Tooley, PC Based Instrumentation and Control, 2013
Optimized for 32-bit applications, the Pentium 2 had 32 KB of level 1 cache (16 KB each for data and instructions) and had a 512 KB of level 2 cache on package. To discourage competitors from making direct replacement chips, this was the first Intel chip to make use of its patented ‘Slot 1’. The Intel Celeron was a cut down version of Pentium II aimed primarily at the laptop market. The chip was slower as the level 2 cache had been removed. Later versions were supplied with 128 KB of level 2 cache.
Robust scheduling of flexible manufacturing systems with unreliable operations and resources
Published in International Journal of Production Research, 2020
Gonzalo Mejía, Dimitri Lefebvre
Two sets of instances were studied: in the first set of instances, all values of were set to 1 and and were set to 0 and the number of tokens at in the initial marking was varied. Results are shown in Table 2. In the second set of instances, we kept the original values of initial marking of Figure 7 and used different values of , and as shown in Table 3. We compare the IAFS and the IHFBS algorithms. Both algorithms were coded in Java and run on a computer having a 1.6 GHz Intel Celeron ™ microprocessor and 8Gb RAM. The time limit was 30 s. Table 2 reports the results of makespan (Cmax) and the number of explored markings (NEM) for the first combination of and in which the best solution was found. The best results are shown in bold.
IT Business Value and Competitive Advantage: Integrating a Customer-Based View
Published in Information Systems Management, 2022
Christof Gellweiler, Lakshman Krishnamurthi
Adner and Zemsky (2006) suggested that competitive advantage corresponds to added customer value. They described the loss of competitive advantage of the Intel Pentium processor from the mid to the end of 1990s because customers were not willing pay price premiums for high-performance processors. Many consumers perceived a better value of the lower priced AMD processors with medium performance characteristics. Intel’s dominant market position was threatened. Intel reacted by introducing the Celeron processor family in the low-cost segment. So, Intel maintained the product-leadership position with the Pentium processors and entered the operational-excellence area with the Celeron processors.