The phrase "whose basis" is correct and can be used in written English.
It is commonly used to indicate possession or ownership of something. For example: - The decision was made on a report, the accuracy of whose basis was called into question. - The new policy is based on a study, the results of whose basis were controversial. - She wrote a book, the content of whose basis was heavily criticized.
CT is a nonseparable MRA, whose basis functions are directional edges with progressively increasing resolution.
Such a mood-dampening question, on an occasion seemingly fit for celebration, was an expression of the extraordinary circumstances of a diplomatic breakthrough whose basis has still not been publicly explained.
We contrast this with the 'post-environmental' development model that currently dominates the land use dynamics of Amazonia and which is in stark contrasts with previous advances in environmental protection, whose basis was sustainable use of resources and social participation.
The Generalized Finite Element Method is developed by enriching the standard Finite Element Method space, whose basis performs a partition of unity, with knowledge about the differential equation being solved.
Techniques that nobody needs to know today, because there's a shiny kit or machine to do it for you – but whose basis is still important for a fundamental understanding of the techniques, and comes in handy when the machine stops working or the kit doesn't perform like the manual says it should.
After a set of overcomplete ICA basis functions are learned from the densely sampled 3D patches from training videos for each action, a test video is classified as the class whose basis functions can reconstruct the sampled 3D patches from the test video with the smallest reconstruction error.
We also give a formula for the Szlenk power type of the E-direct sum of separable spaces provided that E has a shrinking unconditional basis whose dual basis yields an asymptotic ℓp structure in E⁎.
Kant defined an aesthetic, in contrast to a logical, judgment as "a judgment whose determining basis cannot be other than subjective".
This model, whose theoretical basis is outlined in a previous paper (part I), takes into account both bulk and interfacial damaging behaviours as well as their interactions.
It was a problem that would cost hundreds of billions of dollars to fix, whose technical basis was not immediately obvious to most non-specialists and which some even doubted was real at all.
By pure mathematical deduction, Newton showed that these two general laws (whose empirical basis rested in the laboratory) implied, when applied to the celestial realm, Kepler's three laws of planetary motion.
