Sentence examples for arbitrarily modified from inspiring English sources

The approach is to extend programming languagesʼ typing mechanisms with additional rules that ensure consistency between models and code, even when code is arbitrarily modified by programmers.

The behavior of the fake or compromised nodes can be arbitrarily modified in order to help to achieve specific attack objectives.

The plaintiffs claim the money they are told they owe is often arbitrarily modified, and the individuals are frequently kept locked in a cycle of jail time and indebtedness to the municipal courts as late fees and surcharges are added to initial fines.

The correlation between the heat effects reported in this study and the effect of administratively defined heat waves is r = 0.4, rising up to r = 0.6 when only considering those cities when heat waves thresholds were not arbitrarily modified [ 12].

These two protocols are designed to overcome the actions of any adversary that can lose sent messages, arbitrarily modify the fields of sent messages, and replay old messages.

This requires both the support of the service (Browsealoud) not to arbitrarily modify scripts that subscribers are dependent on and the appropriate processes on behalf of the dev teams," he writes, arguing that government websites need to take these risks seriously and have a prevention plan incorporated into their software management programs — as standard.

Given the economic problems encountered by many countries, we consider that we must use the most conservative data and not arbitrarily modify these projected data in order to take into account the recent global economic crisis.

The dataset consists of five subsets, each having 100 peptides randomly picked from the yeast protein complex dataset, described in Section 3. Here, each set of peptides is assigned to have one of the five arbitrarily chosen modified amino acids: aspartic acid (D), phenylalanine (F), histidine (H), leucine (L) and proline (P).

This can be very useful since the integrated gene/protein system can be modified arbitrarily to see the predicted consequences.

Our method is a controlled approximation in the sense that the error incurred by ignoring boundary conflicts can be quantified intrinsically, during the course of a simulation, and decreased arbitrarily (controlled) by modifying a few problem-dependent simulation parameters.

The surface is then modified to adapt arbitrarily given initial conditions for the reduction of the reaching phase.