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Computing and Network Sustainability

About: The article was published on 2017-01-01. It has received 3 citations till now. The article focuses on the topics: Utility computing & Sustainability.
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Journal ArticleDOI
TL;DR: The proposed dual-band antenna can be useful for WBAN communication applications in the UWB band and is comparatively analyzed using different substrate materials like Rogers RT 5880, Jeans, and rubber substrates.
Abstract: In the present scenario, smart devices are using flexible wearable wireless technologies to enable interaction among people and their surrounding equipments. Due to the commercialization of these flexible electronic devices and systems, these systems require the integration of flexible antennas. The compactness and flexibility of the antenna are the major objectives of the current research. This paper highlights the comparative study of a small-sized swastika-shaped slotted patch ultra-wide-band (UWB) antenna. The designed microstrip patch antenna is simulated using Rogers RT 5880 as a substrate mounted on the partial ground structure. A rectangular substrate with a size of 24.56 × 22.48 mm × 1.575 mm is placed between the partial ground and patch. The dimensions of the radiating patch are 13 mm × 10.5 mm × 0.035 mm. The resonant frequencies of the designed antenna are 4.43 GHz and 8.84 GHz and have a large fractional bandwidth of 110% in the range of 3.1 to 10.7 GHz. The maximum observed gain and directivity of the proposed antenna are 5.9 dB and 6.8 dBi at 4.43 GHz. The simulation of the presented antenna design is performed in CST Microwave Studio 2018. The proposed antenna performance metrics are comparatively analyzed using different substrate materials like Rogers RT 5880, Jeans, and rubber substrates. The developed dual-band antenna can be useful for WBAN communication applications in the UWB band.

10 citations

Journal ArticleDOI
TL;DR: In this article , the adaptive and data-driven based feature extraction method for MI-tasks classification was introduced, where empirical mode decomposition and ensemble-EMD (EEMD) algorithms were explored.
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TL;DR: The proposed TCAM-based scheme produces multimatch classification results with about 10 times fewer memory lookups than a pure software approach, and the scheme for removing negation in rule sets saves up to 95 percent of the TCAM space used by a straightforward implementation.
Abstract: Today's packet classification systems are designed to provide the highest-priority matching result, such as the longest prefix match, even if a packet matches multiple classification rules. However, new network applications demanding multimatch classification - that is, requiring all matching results instead of only the highest-priority match - are emerging. Ternary content-addressable memory is becoming a common extension to network processors, and its capability and speed make it attractive for high-speed networks. The proposed TCAM-based scheme produces multimatch classification results with about 10 times fewer memory lookups than a pure software approach. In addition, their scheme for removing negation in rule sets saves up to 95 percent of the TCAM space used by a straightforward implementation.

100 citations