Dims
Reputation
260
Top tag
Next privilege 500 Rep.
Access review queues
 Nov 16 awarded Popular Question Apr 29 awarded Notable Question Feb 27 comment How to apply convolution non-uniformly? Sorry what if write $g$ as $g(x,y,u,v)$? Feb 26 asked How to apply convolution non-uniformly? Dec 19 awarded Caucus Dec 17 awarded Yearling Dec 17 awarded Nice Question Sep 24 awarded Autobiographer Aug 27 awarded Popular Question Jun 19 accepted Smooth transition between two quaternions? Jun 19 revised Smooth transition between two quaternions? added 134 characters in body Jun 19 comment Smooth transition between two quaternions? Sorry, this is what I am doing, but it behaves strange. Jun 19 revised Smooth transition between two quaternions? edited body Jun 19 asked Smooth transition between two quaternions? Aug 14 comment Concept of set without concept of member? Having smallest and/or largest element is not mandatory for a group, right? Hence, existing for such elements is additional feature. Aug 13 comment Concept of set without concept of member? If consider a lattice, then join stands for intersection and meet stands for union, right? Then what stands for empty set? How to guarantee that $A \cup \emptyset = A$ and $A \cap \emptyset = \emptyset$? Is this come from lattice definition? And how to model instersection and union of 3 and more sets? Aug 12 asked Concept of set without concept of member? Aug 9 accepted Is the function, calculating square root of natural number — computable? Aug 8 comment Is the function, calculating square root of natural number — computable? @RahulNarain my question is about terms; If I have real function and CAN NOT (in principle) find representation in $\mathbb{N}\rightarrow\mathbb{N}$ form, then what does it means? That function is "not computable"? Or term "computable" is not applicable for real functions at all? If not, then is there any equivalent concept for real functions? Aug 8 revised Is the function, calculating square root of natural number — computable? edited body