Sentence examples for secure measurements from inspiring English sources

The scatter is also significantly reduced if we use, in the color-color diagrams, only objects with secure measurements (flag 3).

Likewise, the state vector can be divided into the protected SVs that correspond to at least one of the secure measurements ((x_{k}^)) and the unprotected ones ((x_{N - k}) is the total k SV which is fully protected – subvector (x_{k}^) in (4)), where all the corresponding measurements may be compromised.

Secure measurement devices, such as phasor measurement units (PMUs), can help to recognize these attacks.

Our first hypothesis was that the new method enables safe and secure measurement of knee stability, without clinically relevant danger or pain for the participants.

When we assume a realistic scenario where an attacker cannot obtain access to every measurement in the system (some can be regarded as secure), the measurements can be divided into two groups: ①fully protected measurements ((1,;2,; cdots ;,;m)), denoted by '*'; ② unprotected measurements ((1,;2,; cdots ;,;M-m)).

Based on the analysis results for various conditions, a proper design guide for a thread shape to secure the measurement accuracy in the SHTB test is proposed.

The goal of the SELMA (Secure ELectronic Measurement dAta exchange) project is to create technical procedures according to legal requirements which ensure the secure transfer of measured energy data from decentralized meters to the authorized users via open networks.

The TPM becomes a root of trust for the TED platform, and allows the remote validation of its hardware and software through the use of cryptographically secure integrity measurement and attestation protocols.

In order to be able to apply this method to select candidates for extragalactic sources in the following analysis, we further restrict ourselves only to sources which were detected at least at 65 μm, 90 μm and 140 μm, with an additional condition of the high quality flag of S90 (f90 = 3, meaning sure detection and secure flux measurement).

In order to be able apply this method to select candidates for extragalactic sources in the following analysis, we further restrict ourselves only to sources which were detected at least at 65 μm, 90 μm and 140 μm, with an additional condition of the high-quality flag of S90 (f90 = 3, meaning sure detection and secure flux measurement).

This paper describes a near-field, bit-exchange channel design that minimizes latency and allows for more secure distance-bounding measurements, while still allowing for a resource-constrained prover.