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1 answer
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Computability, Totality, and Range of Two Turing Machine-Dependent Functions

I am analyzing two functions that are defined in terms of an effective enumeration $(M_n)_{n \in \mathbb{N}}$ of all Turing machines. For a given input $x$, the notation $M_n(x) \downarrow$ means that …
Javocho Javier's user avatar
0 votes
1 answer
22 views

Strictly n-skipping Turing Machine

Suppose that we have a Turing Machine that can only move for multiples of n cells at a time. In other words it can jump from one cell to another with jumping $n, 2n, 3n$, and so on with a single move. …
itspaspas's user avatar
0 votes
1 answer
6 views

Prove for every graph G that if every vertex v∈V has deg(v)≥((n+1)/2)+1 then G is 2-connected

I had a question if this is possible to prove: Prove for every graph G=(V,E), that if every vertex v∈V has deg(v)≥((n+1)/2) then G is 2-connected. i tried by using the theorem that if every vertex has …
Marit's user avatar
  • 1
0 votes
1 answer
29 views

Approximate LCM of reals

Is there an efficient algorithm to find the approximate LCM of a list of reals? More precisely, given an epsilon, find the least L such that it is atmost epsilon away from a multiple of each real in t …
Gursimar Miglani's user avatar
0 votes
1 answer
32 views

What does weaker term mean in the definition of BigO

I am reading Computer Science Distilled book and in section 2.2 The Big-O Notation there is a line. A function with fastest-growing term of $2^n$ or weaker is $O(2^n)$ What does weaker mean here? Al …
tbhaxor's user avatar
  • 208
-3 votes
1 answer
50 views

What is the difference between "inclusive and" and "exclusive and"

As we know that there is a difference between "inclusive or" and "exclusive or" same way can we explain the difference between "inclusive and" and "exclusive and".
Rakesh Kumar Katare 's user avatar
1 vote
1 answer
190 views

What Comes After Sum Types?

According to the first chapter of the HoTT book, dependent functions beget products: $$ (x : A) \rightarrow B\,x \equiv: \prod_{x : A} B\,x $$ of which $A \times B$ is a special form ($A \times B \con …
William Ryman's user avatar
0 votes
1 answer
59 views

Why $TIME(2^{n^k})\nsubseteq NTIME(n^k)$?

There is a theorem that said for every nondeterministic Turing machine that runs in $O(n^k)$ there is an equivalent deterministic Turing machine that runs in $O(2^{n^k})$. From this theorem, I underst …
Daniel's user avatar
  • 191
1 vote
1 answer
41 views

Does adding two positive IEEE-754 floating point numbers ever result in a smaller number?

When dealing with floating point numbers, is there every a time when adding two non-negative, finite, non-NaN numbers will result in a result that is less than the greater of the two? x + y < max(x, y …
Captain Man's user avatar
3 votes
1 answer
35 views

Other vertices on the shortest path between two specific vertices

I have been trying to solve a question that says in a directed graph with n vertices and m edges whose weights are all positive integers, we have specified two of them, namely $a$ and $b$. We want to …
itspaspas's user avatar
0 votes
4 answers
175 views

Why is map sort ideology less common?

Instead of doing a quicksort, you can store everything in a map. Because the map is alphabetical it's already sorted. It seems like instead of doing a quicksort you could instantly put everything in a …
user1503883's user avatar
1 vote
1 answer
56 views

Counting long and short intervals with two sensors

On a recent job interview, I was asked the following question: A conveyer belt at a factory carries wooden planks. Planks are placed with spaces between them (length of spaces can vary). Each plank is …
SleepingOwl132's user avatar
1 vote
2 answers
35 views

What is the language generated by the context free grammar $S \rightarrow aSb \ | \ bSa| \ \...

I can't identify the language generated by the following grammar, $$S \rightarrow aSb \ | \ bSa| \ \epsilon $$ Based on my understating of CFGs, the language generated would be $L(G) = (L_1 + L_2 + L …
Dexter Mandark's user avatar
1 vote
1 answer
9 views

build a model with fuzzy prior knowledge and train it

Given that there are variables x1, x2, x3, and y, I know that x1, x2 are positively correlated with y, while x3 is negatively correlated with y, but the specific quantitative relationships are unknown …
link89's user avatar
  • 111
0 votes
1 answer
32 views

Decidability using oracle

I have the language: G = {<B,w> | B is an oracle TM and B[ATM] accepts w} I need to prove if this language is decidable relative to ATM. How would I go on about doing that?? My idea was to build a mac …
Manos Mastronikolas's user avatar

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