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For n = 3 {displaystyle n=3} the result would beISBN978-1-4020-9594-8In Boolean logic, a ReedMuller expansion (or Davio expansion) is a decomposition of a Boolean functionInstitutional Sign In VBrowse Books & eBooks Conference Publications Courses Journals & Magazines Standards Topics Aerospace Bioengineering Communication, Networking & Broadcasting Components, Circuits, Devices & Systems Computing & Processing Engineered Materials, Dielectrics & Plasmas Engineering Profession Fields, Waves & Electromagnetics General Topics for Engineers Geoscience Nuclear Engineering Photonics & Electro-Optics Power, Energy, & Industry Applications Robotics & Control Systems Signal Processing & Analysis Transportation My Settings Content Alerts Search Alerts MyXplore App Preferences Purchase History Search History What can I access? Get Help Feedback Technical Support Resources and Help Subscribe (In such monomial, include any variable whose value is 1 (at that row) and exclude any variable whose value is 0 (at that row), instead of including the negation of the variable whose value is 0, as in the minterm style.)

 

"Multilevel logic synthesis based on functional decision diagrams"Derivation of the second-order boolean derivative:This means that it should be easy to generalize an algorithm for obtaining coefficients from a truth table by XORing up values of the function from appropriate rows of a truth table, even for hyperdimensional cases ( n = 4 {displaystyle n=4} and above)Steinbach, Bernd; Posthoff, Christian (2009)f ( x 1 , x 2 , x 3 ) = f x 1 x 2 x 3 ⊕ ∂ f x 2 x 3 ∂ x 1 x 1 ⊕ ∂ f x 1 x 3 ∂ x 2 x 2 ⊕ ∂ f x 1 x 2 ∂ x 3 x 3 ⊕ ∂ 2 f x 3 ∂ x 1 ∂ x 2 x 1 x 2 ⊕ ∂ 2 f x 2 ∂ x 1 ∂ x 3 x 1 x 3 ⊕ ∂ 2 f x 1 ∂ x 2 ∂ x 3 x 2 x 3 ⊕ ∂ 3 f ∂ x 1 ∂ x 2 ∂ x 3 x 1 x 2 x 3 {displaystyle f(x{1},x{2},x{3})=f{{bar {x}}{1}{bar {x}}{2}{bar {x}}{3}}oplus {partial f{{bar {x}}{2}{bar {x}}{3}} over partial x{1}}x{1}oplus {partial f{{bar {x}}{1}{bar {x}}{3}} over partial x{2}}x{2}oplus {partial f{{bar {x}}{1}{bar {x}}{2}} over partial x{3}}x{3}oplus {partial ^{2}f{{bar {x}}{3}} over partial x{1}partial x{2}}x{1}x{2}oplus {partial ^{2}f{{bar {x}}{2}} over partial x{1}partial x{3}}x{1}x{3}oplus {partial ^{2}f{{bar {x}}{1}} over partial x{2}partial x{3}}x{2}x{3}oplus {partial ^{3}f over partial x{1}partial x{2}partial x{3}}x{1}x{2}x{3}} {displaystyle {begin{aligned}{partial ^{2}f over partial x{1}partial x{2}}&={partial over partial x{1}}{Big (}{partial f over partial x{2}}{Big )}={partial over partial x{1}}(f{{bar {x}}{2}}oplus f{x{2}})&=(f{{bar {x}}{2}}oplus f{x{2}}){{bar {x}}{1}}oplus (f{{bar {x}}{2}}oplus f{x{2}}){x{1}}&=f{{bar {x}}{1}{bar {x}}{2}}oplus f{{bar {x}}{1}x{2}}oplus f{x{1}{bar {x}}{2}}oplus f{x{1}x{2}}.end{aligned}}} "Reed-Muller Logic"E.gYou can help Wikipedia by expanding itContents 1 Derivations 2 See also 3 References 4 Further reading (1993)f ( x 1 , x 2 ) = f x 1 x 2 ⊕ ∂ f x 2 ∂ x 1 x 1 ⊕ ∂ f x 1 ∂ x 2 x 2 ⊕ ∂ 2 f ∂ x 1 ∂ x 2 x 1 x 2 {displaystyle f(x{1},x{2})=f{{overline {x}}{1}{overline {x}}{2}}oplus {frac {partial f{{overline {x}}{2}}}{partial x{1}}}x{1}oplus {frac {partial f{{overline {x}}{1}}}{partial x{2}}}x{2}oplus {frac {partial ^{2}f}{partial x{1}partial x{2}}}x{1}x{2}} Then we have for the ReedMuller or positive Davio expansion:p.xv{displaystyle {begin{aligned}f&=x{i}f{x{i}}oplus {overline {x}}{i}f{{overline {x}}{i}}&=x{i}f{x{i}}oplus (1oplus x{i})f{{overline {x}}{i}}&=x{i}f{x{i}}oplus f{{overline {x}}{i}}oplus x{i}f{{overline {x}}{i}}&=f{{overline {x}}{i}}oplus x{i}{frac {partial f}{partial x{i}}}.end{aligned}}} ∂ 2 f ∂ x 1 ∂ x 2 = f x 1 x 2 ⊕ f x 1 x 2 ⊕ f x 1 x 2 ⊕ f x 1 x 2 {displaystyle {partial ^{2}f over partial x{1}partial x{2}}=f{{bar {x}}{1}{bar {x}}{2}}oplus f{{bar {x}}{1}x{2}}oplus f{x{1}{bar {x}}{2}}oplus f{x{1}x{2}}} Archived from the original on 2017-04-19 3d39b66ab9

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