Looking on the internet deeply has found these results:

For sake of simplicity, we assume that is the most popular phrase on the web.

optimization is the concern of 12 results on the web	For sake of simplicity, we assume that 11,160 results on the web More popular!
Some examples and use cases from the internet:	Some examples and use cases from the internet:
Nov 2, 2010 ... Kinematic design optimization is the concern of many research publications, such as Stock et al. [54], Fattah et al. [55] for cable suspended�... Which is it? The term, �class of exposure� needs to be defined. Paragraph (S6) The requirement for optimization is the concern of workers and other stakeholders	For sake of simplicity, we assume that secret keys of PKE with security parameter ? are exactly ? For sake of simplicity, we assume that two key pairs (s1, pk(s1)) and (s2, pk(s2)) are already loaded in the TPM: one of them is locked to h(u0,a1), i.e. the initial�... bit messages computed with�... bit long and that ciphertexts of n For sake of simplicity, we assume that X is finite and can be written as X = {x1, ... , xm}. Then, as described above, Z(?) can be written as. Z(?) = min i=1,...,m. For sake of simplicity we assume that TM functionality, for which our scheme is constructed, has output space {0,1}. The construction can be easily extended to�...

optimization is the concern of

12 results on the web

For sake of simplicity, we assume that

11,160 results on the web

More popular!

Nov 2, 2010 ... Kinematic design optimization is the concern of many research publications, such as Stock et al. [54], Fattah et al. [55] for cable suspended�...
Which is it? The term, �class of exposure� needs to be defined. Paragraph (S6) The requirement for optimization is the concern of workers and other stakeholders

For sake of simplicity, we assume that secret keys of PKE with security parameter ? are exactly ?
For sake of simplicity, we assume that two key pairs (s1, pk(s1)) and (s2, pk(s2)) are already loaded in the TPM: one of them is locked to h(u0,a1), i.e. the initial�...
bit messages computed with�...
bit long and that ciphertexts of n
For sake of simplicity, we assume that X is finite and can be written as X = {x1, ... , xm}. Then, as described above, Z(?) can be written as. Z(?) = min i=1,...,m.
For sake of simplicity we assume that TM functionality, for which our scheme is constructed, has output space {0,1}. The construction can be easily extended to�...