Overall Strategy Sample Clauses
The "Overall Strategy" clause outlines the general approach or plan that will guide the execution of an agreement or project. It typically sets forth the main objectives, priorities, and methods that the parties intend to follow, providing a framework for decision-making and coordination. For example, it may specify the focus on cost efficiency, innovation, or collaboration as guiding principles. This clause ensures that all parties have a shared understanding of the project's direction, helping to align expectations and reduce misunderstandings throughout the course of the engagement.
Overall Strategy. The JSC shall establish an overall strategy for the filing, prosecution and maintenance of MacroGenics Licensed Patents, MacroGenics Licensed Trademarks and Green Cross Licensed Patents in the Territory.
Overall Strategy. The exchange of information regarding non-promotional strategies and initiatives concerning Licensed Products or Licensed Molecules (e.g. provision of scientific information; provision of educational grants); and
Overall Strategy. The most critical deliverable in the second year is to complete the first close the Terra Bella Colombia Fund. This will be achieved in parallel with operationalizing the technical assistance facility.
Overall Strategy. One of the critical aspects of the project is its interaction and coordination with the different external entities. That will be the aim of networking activi-‐ ties, which will act as interface for the service activities to the users and other stakeholders in the virtualization and cloud ecosystem. On a second level, the service activities will interact with the research activity in order to fill technol-‐ ogy gaps from the application of cloud computing to Grid site virtualization. StratusLab, unlike more research-‐oriented projects, has the ambition to support production quality and operational systems such as the EGEE/EGI existing e-Infrastructure. This requirement of supporting an existing operational sys-‐ tem, which has now become for many research communities an integral and critical part of their computing strategy, forms an important constraint and driv-‐ ing force for the project. The organization is oriented to provide integrated services to address needs in grid infrastructures. The StratusLab toolkit and the new developments will address real needs and so will contribute to the en-‐ hancement of grid sustainability. The main outcome of the project will be an open source cloud distribution, the StratusLab toolkit, able to deliver private and hybrid cloud to existing and new grid sites. The StratusLab distribution will not only be composed of cutting-‐ edge open source software, but will also add the required additions in order to turn the software elements into an industry grade distribution. While the main usage scenarios of the StratusLab toolkit is related to grid site support and oper-‐ ation, the project will also maintain non-‐grid deployment scenarios, such that no hidden or undesirable dependencies or assumptions are made on grid software, which would limit the ability to deploy the StratusLab distribution in a more ge-‐ neric context. This is important, especially for the industrial partners of Stra-‐ tusLab that plan to leverage the distribution for non-‐grid industrial applications.