A Sketch of Menshikov’s Theorem
نویسنده
چکیده
Let −→ Λ be an infinite, locally finite oriented multi-graph with C− → Λ finite and strongly connected, and let p < pH( −→ Λ ). Menshikov’s theorem states that there exists an α > 0 s.t. Pp(x n →) ≤ exp(−αn/(logn)) for all sites x and n ≥ 2. In this paper, we begin backwards, explaining the importance of this theorem and then giving a sketch of the proof, emphasizing the intuition and motivations behind the methods used. Unfortunately, due to constraints on space, we’ll sometimes simply summarize a statement and defer its rigorous proof to the text, when the proof is relatively short or simple or when the proof is too technical for an article.
منابع مشابه
A Reversible Sketch Based on Chinese Remainder Theorem: Scheme and Performance Study
In recent times, sketch based techniques are emerging as useful data stream computation techniques towards processing massive data. In many applications, finding heavy hitters and heavy changers is essential and this task demands reversibility property of sketches. Continuing the trend of arriving at newer reversible sketch, this paper presents a scheme based on Chinese Remainder Theorem. The s...
متن کاملA Nonlinear Grayscale Morphological and Unsupervised method for Human Facial Synthesis Based on an Example Image
Human facial generation of example image is used as a requirement for biometric applications for the purpose of identifying individuals. In this paper, face generation consists of three main steps. In the first step, detection of significant lines and edges of the example image are carried out using nonlinear grayscale morphology. Then, hair areas are identified from the face of sample. The fin...
متن کاملPtolemy's Theorem
This entry provides an analytic proof to Ptolemy’s Theorem using polar form transformation and trigonometric identities. In this formalization, we use ideas from John Harrison’s HOL Light formalization [1] and the proof sketch on the Wikipedia entry of Ptolemy’s Theorem [3]. This theorem is the 95th theorem of the Top 100 Theorems list [2].
متن کاملSketch-as-Proof
This paper presents an extension of Gentzen’s LK, called LPGK, which is suitable for expressing projective geometry and for deducing theorems of plane projective geometry. The properties of this calculus are investigated and the cut elimination theorem for LPGK is proven. A formulization of sketches is presented and the equivalence between sketches and formal proofs is demonstrated.
متن کاملTheorem 6 M 3 Embeds P N into Sep N with Dilation (3/8)n
Sketch of Proof: By examining the distance of the elements to be exchanged, one deduces that the prefix reversal of size (3 / 4)n creates the maximum distance between images, because the individual elements to be exchanged are then the furthest distance from each other. We measure the distance from
متن کامل