Trivial Sample Clauses
A "Trivial" clause typically defines matters or issues that are considered insignificant or minor within the context of a contract. In practice, this clause may specify that certain minor breaches or inconsequential details do not constitute a material breach or do not trigger remedies such as termination or damages. For example, small administrative errors or negligible delays might be classified as trivial under this clause. The core function of a Trivial clause is to prevent parties from escalating or litigating over minor issues, thereby focusing attention and resources on more substantive contractual obligations.
Trivial. O
Theorem 4.4.1 Let = Z[σ] be an imaginary quadratic order and consider two -oriented elliptic curves (E, ι) and (E′, ι′) that belong to the same orbit under the action of Cl( ), say given in Weierstrass form and connected by an unknown ideal class [a]. Assume that E, E′, ι( ), ι′( ) are all defined over a finite field Fq. Let χ be an assigned character of with modulus m coprime to q. There exists a randomized algorithm for computing χ([a]) that is expected to use ˜ O(m3 log2 q) (4.6) bit operations and O(1) calls to ι(σ), ι′(σ).
Trivial. (risk will not result in serious injury or illness - remote possibility of damage)
Trivial. The defect does not affect functionality or data. It does not even need a workaround. It does not impact productivity or efficiency. It is merely an inconvenience. Example: ▇▇▇▇▇ layout discrepancies, spelling/grammatical errors. Full resolution will be provided within three (3) business days of the first report.
Trivial. The appropriate use of the IT system or the IT system
Trivial k announces the same value val(w, k) to both i and j. More involved is this lemma, which says that when we reconstruct a value for a trustworthy process at some level, we get the same value that it sent us. In particular this will be used to show that the reconstructed inputs valÕ(j, i) are all equal to the real inputs for good processes.
Lemma 10.2.2. If j is non-faulty then valÕ(wj, i) = val(w, j) for all non- faulty i and all w. ≥ | | Æ ≠ ≠ | | ≥ ≠ ≠ ≥
Trivial. Next we consider weak secret sharing (WSS) [RaBe_89, WSS]. This results from simple secret sharing, if D ensures by IC that each Pi can convince each Pj of the authenticity of βi. Thus D commits itself to ▇. ▇▇▇▇▇'▇ WSS Protocol Phase 1: Sharing the secret (≈ committing to s) [1] D chooses h ∈ ∏ t(s ) randomly and computes βi := h (αi), i = 1, …, n . For each pair of two processors (Pi, Pj), Phase 1 of IC with (β, D, INT, R) = (βi, D, Pi, Pj) is performed. (Thereby, βi may become
Trivial a defect that affects a small proportion of users. The DreamApply’s ability to perform its main intended purpose is not affected.