Building Blocks Sample Clauses

Building Blocks. A Party’s Building Blocks, together with the Party’s respective Building Block IP (including, for avoidance of doubt, improvements) in-licensed by a Party or generated by employees, agents, or independent contractors of either Party or its Affiliates in the course of performing activities under this Agreement, shall be solely owned by the Party which initially contributed or in-licensed such Building Block, subject to any rights and licenses granted herein. For clarity, the foregoing ownership shall be afforded regardless of whether such respective Building Block IP would otherwise constitute Joint IP under this Agreement. Each Party, for itself and on behalf of its Affiliates, hereby assigns (and to the extent such assignment can only be made in the future hereby agrees to assign), to the other Party all its right, title, and interest in and to the other Party’s respective Building Block IP generated by employees, agents, independent contractors or consultants of such Party or its Affiliates in the course of performing activities under this Agreement, and will cooperate, and will cause its and its Affiliates’ respective employees, agents, and contractors to cooperate, with the other Party to effectuate and perfect the foregoing ownership, including by promptly executing and recording assignments and other documents consistent with such ownership.
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Building Blocks. ‌ In Section 3.1.1, we briefly review oblivious transfer. In Section 3.1.2, we review Yao’s Garbled Circuits. In Section 3.1.3, we describe in more detail our take on the dual exe- cution protocol, and how we avoid leakage to the adversary when the pass-strings used are dissimilar.
Building Blocks. In this section we show asynchronous protocols with subquadratic communica- tion for reliable consensus, reliable broadcast, graded consensus, and coin flip- ping.
Building Blocks. Employees employed handling blocks (other than cindicrete blocks for plugging purposes) shall be paid additional amounts as follows:
Building Blocks. Improving outcomes for Indigenous people requires adoption of a multi-faceted approach that sees effort directed across a range of Building Blocks. An improvement in the area of one building block is heavily reliant on improvements made on the other Building Blocks. Early Childhood For an equal start in life, Indigenous children need early learning, development and socialisation opportunities. Access to quality early childhood education and care services, including pre-school, child care and family support services such as parenting programs and supports, is critical. Appropriate facilities and physical infrastructure, a sustainable early childhood education and health workforce, learning frameworks and opportunities for parental engagement are also important and require attention. Action in the areas of maternal, antenatal and early childhood health is relevant to addressing the child mortality gap and to early childhood development.
Building Blocks. Secure Sketches allow the error-correcting information that Xxxxx sends to Bob in the first message as a secure sketch. Secure sketches provide two algorithms: - “generate” (Gen) that takes an input w and produces a sketch P and - “recover” (Rec) that outputs w from the sketch P and any w' sufficiently close to w. Their security guarantees that some entropy remains in w even given P.
Building Blocks. MAC We use a One-time MACs allow information-theoretic authentication of a message using a key shared in advance. MAC Construction. We will use the following standardMAC technique: View the key k as two values, a and b, of λσ bits each. Split the message M into c chunks M0, . . .,Mc−1, each λσ bits long, and view these as coefficients of a polynomial M˜ (x) ∈ F2λσ [x] of degree c−1. Th.en XXXx(M) = a M˜ (a)+b. This is a authentication code. λM/λσ 2−λσ -secure message Building Block MAC This construction has two properties that are particularly important to us: - First, its key length is close to optimal. - Second, it is secure even when the adversary knows something about the key, with security degrading according to the amount of information adversary knows. Authentication Building Block Authentication The authentication protocol allows two parties who share the same string R to authenticate a message M, even if R has very little entropy. We assume that Ext is an average-case extractor that takes seeds of length q, and outputs L + 1-bit strings that are 2−L−1- close to uniform as long as the input has sufficient entropy h. For our purposes, it suffices to assume that the length of M and the number of ones in it (i.e., its Hamming weight wt(M)) are known to Bob.
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Building Blocks. A Party’s Building Blocks, together with the corresponding Building Block IP (including improvements) for such Building Block in-licensed by a Party or generated solely by employees, agents, or independent contractors of either Party or its Affiliates in the course of performing activities under this Agreement, shall be solely owned by the Party which initially contributed or in-licensed such Building Block, subject to any rights and licenses granted herein. For clarity, the foregoing ownership shall be afforded regardless of whether such Building Block would otherwise constitute Joint IP under this Agreement.
Building Blocks. In this section we describe first the general key structure of µSTR and µTGDH procotols whose composition consti- tutes our framework TFAN. Then we give a brief overview puted with ECDH key exchange from Section 6 using secret and public keys of both children nodes (l + 1, 2v) and (l + 1, 2v + 1), either as k(l,v) = map(k(l+1,2v)bk(l+1,2v+1)) or k(l,v) = map(k(l+1,2v+1)bk(l+1,2v)), where map() is a point-to-integer mapping function from Section 6. Obvi- ously, the group key k(0,0) (secret key at the root) can be computed by any member Mi, associated with a leaf node li, vi , if it knows all public keys in its co-path, which con- sists of all sibling nodes in the member’s path, which in turn consists of all nodes between li, vi and 0, 0 . There- fore, every member must save only the public keys in its co-path, its own secret key and the tree structure. However, in order to save members’ computation costs in the proto- cols that handle dynamic events all secret keys in the path must also be stored. A member associated with a leaf node ( ) ( ) ( ) (li, vi) stores li +1 secret keys k(li−δ,|v/2δ∫) for 0 ≤ δ ≤ li, own public key bk(li,vi), and li public keys in its co-path.
Building Blocks. A Party’s Building Blocks, together with the corresponding Building Block IP (including improvements) for such Building Block in-licensed by a Party or generated solely by employees, agents, or independent contractors of either Party or its Affiliates in the course of performing activities under this Agreement, shall be solely owned by the Party which initially contributed or in-licensed such Building Block, subject to any rights and licenses granted herein. For clarity, the foregoing ownership shall be afforded regardless of whether such Building Block would otherwise constitute Joint IP under this Agreement. Portions of the exhibit, indicated by the xxxx “[***],” were omitted and have been filed separately with the Securities and Exchange Commission pursuant to the Registrant’s application requesting confidential treatment pursuant to Rule 24b-2 of the Securities Exchange Act of 1934, as amended. CONFIDENTIAL TREATMENT REQUESTED
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