"global dependency" is a correct and usable phrase in written English.
It refers to the interconnection and reliance of countries and economies in the globalized world. It can be used in various contexts, such as discussing international trade, politics, or environmental issues. For example: - "The economic crisis in one country can have a ripple effect due to global dependency." - "The increasing global dependency on fossil fuels has led to devastating environmental consequences." - "The internet has facilitated global dependency, connecting people and businesses from different parts of the world."
The resulting compromise safeguards the vested interests of global dependency on fossil sources of energy, while constraining the capacity of the international community to take any effective action to deal with the threat of dangerous climate change".
Basically, Better Place aims to reduce global dependency on petroleum through the creation of a market-based transportation infrastructure that supports electric vehicles, relying on renewable energy from solar arrays and wind farms instead of oil.
The global dependency on China for raw materials (particularly rare earth elements) is a contentious issue, as China imposes a number of restrictions on the export of these minerals.
By 2050, the number of people around the world 80 years of age and older will increase fourfold, and the global dependency ratio for this age group, relative to the ratio for the population aged 15 to 64, will increase more than threefold [2].
With the global dependency on fossil fuels being undermined by growing prices and environmental concerns, nuclear power is returning as a solution for energy demands, however the increased cost of maintaining and updating ageing plants could render them nuclear alternative counter-economic.
With the faster access speeds and global dependency on being connected the next 10 years are going to see more change and potential for new companies.
However, we first need to overcome two major challenges imposed by the global dependencies in (P2), that is.
Local Controllers (LCs) are designed for the individual subsystems, then global dependencies are added to the LCs to cooperatively execute the control actions.
So and Paliwal [2, 11] have proposed a switched SVQ (SSVQ) method, which adds multiple different SVQs to the input vector space so as to exploit the global dependencies.
Thus, some global dependencies are addressed implicitly by distance matrices D β (P i 1, t, P 0 1, t ) and D H (P i, P0).
Blue Matter computes these forces using the Particle Particle Particle Mesh Ewald (P3ME) method which breaks the problem up into two pieces, one of which requires the use of three-dimensional Fast Fourier Transforms with global data dependencies and the other which involves computing interactions between pairs of particles within a cut-off distance.
