Sentence examples for our probability from inspiring English sources

The mathematical reasoning for this is given in Additional file 1. Smallpox is a vaccine-preventable illness, meaning that susceptible individuals who are successfully vaccinated acquire long-lasting immunity, and in the model are placed in the class of individuals removed due to vaccination, V. Our probability of successful vaccination given dose delivery is ϵ1 = 0.975 [ 14].

Our "probability circle" above shows the chances that a team will win the tournament, at each stage.

So although humans will hopefully save us (we do, in fact, desperately need brilliant people to develop scaleable technology to remove carbon from the air, for instance), the solution to this cannot be to have as many babies as possible, with the hope that this raises our probability of solving the problem.

Here's the highlights: Euro Economics Weekly: Grexit - Delayed But Not Cancelled We lower our probability of a Greek exit from the euro ("Grexit") over the next 12-18 months from 90% to 60%, mainly due to a change in the attitude of euro core members towards it.

We then provide an overview of PARIS and define our probability model for neighborhood prediction.

We used our probability model from Equation 1 with a two-class logistic regression model.

Here is an excerpt: With this in mind, our probabilities for Grexit remain unchanged in the range between 50% and 75% over the next 12 to 18 months.

We place our work in the context of the related research in Section 2. In Section 3, we provide an overview of our problem and formulate our probability-based neighborhood prediction model.

Our probabilities are accepted at the 0.95 significance level.

And some incontrovertible mathematical results indicate that, in the cases that fall under (a), (b), or (c), our probabilities will converge to the truth anyhow.

Therefore, we have confirmed by experiment that antigen was directly delivered to more than half of the APCs residing in both the epidermal and dermis – also agreeing very well with our probability-based analysis guiding our Nanopatch™ design.