Secure Multiparty Delegated Classical Computation: Difference between revisions

Secure Multiparty Delegated Classical Computation (edit)

33 bytes removed , 17 April 2019

no edit summary

Write, autoreview, editor, reviewer

3,129

edits

@@ Line 59: / Line 59: @@
 ## <math>C_i</math> applies <math>V^{r_i}U^{x_i}</math> on the received qubit and sends it to client <math>C_{i+1}</math>.
 # <math>C_n</math> applies <math>V^{r_n}U^{x_n}</math> on the received qubit.
-# Any client then applies <math>(U^\dagger)^{\oplus_i x_i}</math>. <br/> <math>(U^\dagger)^\oplus_i#1_i{x}<br/> \underbrace{V^{r_n}U^{x_n}}_{\mathcal{C}_n} <br/> ... <br/> \underbrace{V^{r_2}U^{x_2}}_{\mathcal{C}_2} <br/> \underbrace{V^{r_1}U^{x_1}}_{\mathcal{C}_1} <br/> \ket{0}= <br/> |r \oplus f\rangle </math>
+# Any client then applies <math>(U^\dagger)^{\oplus_i x_i}</math>. <br/> <math>(U^\dagger)^{\oplus_i x_i} \underbrace{V^{r_n}U^{x_n}}_{\mathcal{C}_n}  ... \underbrace{V^{r_2}U^{x_2}}_{\mathcal{C}_2} \underbrace{V^{r_1}U^{x_1}}_{\mathcal{C}_1} |0\rangle= |r \oplus f\rangle </math>
 # The resulting state is now sent to the server who measures the outcome <math>r \oplus f</math> and announces it.
 # The clients locally compute XOR of the random bits of other clients.