The Lipschitz algebras Lip(M), for M a complete metric space, are quite analogous to the spaces C(Ω) and L∞(X), for Ω a compact Hausdorff space and X a σ-finite measure space. Although the Lipschitz algebras have not been studied as thoroughly as these better-known cousins, it is becoming increasingly clear that they play a fundamental role in functional analysis, and are also useful in many applications, especially in the direction of metric geometry. This book gives a comprehensive treatment of (what is currently known about) the beautiful theory of these algebras.Contents: Lipschitz SpacesThe PredualLittle Lipschitz SpacesLipschitz AlgebrasLipschitz LatticesMeasurable Lipschitz AlgebrasDerivationsReadership: Graduate students and specialists in functional analysis.Key Features:Provides a unique systems perspective on established MEMS sensor design techniquesPresents state-of-the-art developments through surveys and original research by the authorsIntroduces new ideas for future designs of intelligent and cogent/autonomous sensors and sensor networksHas a good balance of technology/fabrication processes vs signal processing and concept- level discussionAims at the multidisciplinary community involved in designing, producing and using MEMS sensors