The phrase "addresses applications" is correct and usable in written English.
It can be used when discussing topics related to the handling or consideration of various applications, such as software, job applications, or academic applications.
Example: "The report addresses applications of the new technology in various industries."
Alternatives: "covers applications" or "discusses applications".
Our research addresses applications ranging from film effects, animation, and games to architecture, surgery simulation, cosmetics, and photo browsing.
This work addresses applications of the classical harmony search (HS), improved harmony search (IHS) and the harmony search with differential mutation based pith adjustment (HSDM) to PWR core reloading pattern optimization problems.
It also addresses applications to various problems in management and organizational science, economics and finance, and computer-supported decision schemes.
The danger with password fatigue is that if and when one of your many accounts is compromised, this can have a domino effect on all of your other email addresses, applications, and other sites for which that password unlocks access to sensitive data.
Research into links between cancer and the immune system has aimed to acquire further understanding of the mechanisms involved [ 4], but also addresses applications in diagnostics, disease surveillance, and therapeutic approaches [ 5- 9].
We all know the obvious clangers – addressing applications to the wrong person, attaching a picture of Nicolas Cage rather than your CV – but Steve Joy offers some pro tips.
We will draw on methods from Industrial Organization, Public Economics, Finance, and Contract Theory to address applications in health insurance, annuity markets, financial markets, life insurance, unemployment insurance, and auto insurance.
Further work by Werfel and researcher Nathan Melenbrink explored strut-climbing robots capable of building cantilevering truss structures to address applications like bridges.
In this paper, we present a comprehensive array of TF methodologies that successfully address applications in all of the above mentioned areas.
Nonetheless, both approaches can be combined with a bandwidth-efficient dynamic location referencing method like e.g. OpenLR to address applications with bandwidth restrictions (see Section 3.5).
Recent developments have addressed applications such as quantifying the proportion of activity cliffs, investigating the predictive abilities of activity landscape methods and so on.
