WARE, WILLIS H (27 résultats)

Hardcover. Etat : Very Good. No Jacket. May have limited writing in cover pages. Pages are unmarked. ~ ThriftBooks: Read More, Spend Less 2.9.

Soft cover. Etat : Good. No Jacket. First. 37pp, w/full markings and pocket. Wear, soil. Weight is 1 lb. Has/may have some pages stuck on the edge of the top/btm margin due to some unintelligent using stencil ink (Paint) to blot out the library edge marking. Some ink (Paint) to cvrs. LCN: 80648747. Ex-Library Size: 4to. Book.

Soft Cover. Etat : new.

Hardcover. Etat : Sehr gut. Etat de la jaquette : Kein Schutzumschlag. 484 p. (cross pagination) Size: 945 g. Buch.

Hardcover. Etat : Good. Etat de la jaquette : Fair. Hardcover with fair DJ. Green cloth over boards with white, gilt, and black stamping. Green DJ with yellow and white lettering. Title page not dated. Copyright page dated 1963. Unpaginated, with 8 loose index pages tucked in rear (it's worth mentioning that they haven't been torn out or detached -- just never sewn into the text block in the first place). Previous owner's signature on front attached endpaper. Covers are clean, if a bit faded. DJ has some creasing and chipping along edges. Binding is strong. Interior remains clean.

Hardcover. Etat : Fine. Etat de la jaquette : Good. Vol. I, B00K: Fine/ 1963 (illustrateur). 1st Edition. B00K: Fine/ $23.83 DIGITAL COMPUTER TECHNOLOGY and DESIGN. VOLume I: MATHEMATICAL TOPICS, PRINCIPLES of OPERATION, And PROGRAMMING; VOLume I, ONLY. WARE, WILLIS H. JOHN WILEY & SONS New York ~ London * * * * * 1963 Appears To Be 1st Edition Sun Browning On A Brown/Green Spine, With Title In Lighter Brown Letters, Dust Jacket: Good/Fair, Shelf, Edge Chipping~Tears, And Corner Wear. A Piece Missing On Top Right Front Cover. Hard Cover BooK: Near Fine/, Pages That Are In Fine/ Condition, And Were Lightly Read, And Are Clean And Tight To The Spine, Shelf Edge And Corner Wear. Printed On Off White Paper. Edges Are Lightly Worn. Prior Owners Stamp Inside Front Cover. This BooK Is, Hard To Find, Will Be Packaged And Shipped Carefully, To Avoid Shipping Damage And Will Make It, An Excellent Addition To Your Own Personal Library Collection, Or As A Gift. World Wide Shipping, AVAILABLE.

Hardcover. Etat : Very Good. Etat de la jaquette : Good. chapt.pg.+index; HB seagreen w/gilt&blk.; some rub; PONs,ft.pastedwn.; blue underline,otherwise clean,tight pgs. DJ green w/yellow; rubbed&sunned w/lg.tears. Vol.I only.

Hardcover. Etat : UsedGood. Hardcover; Volume 2 only; fading and shelf wear to exterior; fading to page edges; otherwise in good condition with clean text, firm binding.

Hardcover. Etat : UsedGood. Hardcover; Volume 1 only; fading and shelf wear to exterior; fading to pages; otherwise in good condition with clean text, firm binding.

Cloth. Etat : Near Fine. Etat de la jaquette : Very Good. 1st American Edition. Willis Ware was the last of the Original ECP Engineers.:" His contribitions helped createthe working architecture of the modern digital computer" Vol.!, Mathematical Topiucs, Principles of Operation, and Programing. Vol !! Circuits and Machine Design. Near Fine,in Very Good, slightly edgeworn D.J." except for a small color blemish and one small scuff mark to the D. J. of vol. !! a sound.clean set. Size: 8vo.

Hardcover. Etat : Très bon. Ancien livre de bibliothèque. Légères traces d'usure sur la couverture. Salissures sur la tranche. Couverture différente. Edition 1963. Ammareal reverse jusqu'à 15% du prix net de cet article à des organisations caritatives. ENGLISH DESCRIPTION Book Condition: Used, Very good. Former library book. Slight signs of wear on the cover. Stains on the edge. Different cover. Edition 1963. Ammareal gives back up to 15% of this item's net price to charity organizations.

Hardcover. Etat : Good. No Jacket. 1st Edition. Good condition Hardcover with no dust jacket, 1963, 1st edition. Book has some light signs of use, a decent copy overall. RARE Size: 8vo - 7.5" to 9.5" Tall. Book.

Hardcover. Etat : Near Fine. 1st Edition. 143 Pp. Maroon Cloth. Stated First Edition. Near Fine, Gilt Complete And Readable But Weak. Ownership Signature Of Computer Security Expert Willis H. Ware. Wharfedale Wireless Works Was Founded In 1932 By Gilbert Briggs, And Became One Of Britain's Leading Manufacturers Of Audiophile Equipment, Particularly Loudspeakers. In Addition To Winning Awards By Groups Such As The Bradford Radio Society, In Mass Public Testing At Carnegie Hall Wharfedale Speakers Proved Indistinguishable From Live Music. Innovations Introduced By Wharfedale Under Briggs Included Such Basics As The Two-Way Loudspeaker And The Ceramic Magnet. In The 1950S And 1960S, Wharfedale Became Famous For Its Technique Of Eliminating Cabinet Resonances By Using A Double Cabinet, With The Space Between The Inner And Outer Shells Filled With Sand. Purchasers Of The Loudspeaker Systems Would Receive The Appropriate Quantity Of Sand Which Had Been Shipped From Wharfedale In England.

Hardcover. Etat : Fine. Etat de la jaquette : Very Good + DJ. Diagrams (illustrateur). 1st Edition. V, 510 Pp. Fine, No Wear, Gilt Brilliant, With Ownership Signature Of Computer Pioneer Willis H Ware (At The Moore School, University Of Pennsylvania), Not Signed By Authors. Stated Seventh Printing, 1939. In The Scarce Red Dust Jacket, Very Good +, Light Wear, Minute Losses At Corners.Ware?S Participation In A Classified World War Ii Project To Identify Friendly Aircraft Led The Mathematician John Von Neumann To Recruit Him To Help Develop A Computer At The Institute For Advanced Study In Princeton, N.J., In 1946. That Machine Was Not The First Digital Computer, But It Was Based On A Set Of Design Ideas Described By Dr. Von Neumann That Were Broadly Influential ? First On The Design Of Computers Built By Scientists Around The World, And Then On An Early Ibm Computer Known As The 701. Many Of These Concepts Are Still Visible In The Structure Of Modern Computers And Smartphones. Mr. Ware, Part Of A Small Group Of Engineers Working On That Machine, Was The First To Try To Engineer Many Of The Components That Would Become Vital To Modern Computers. His Experience In Designing High-Speed Electronic Circuits During The War Was Essential To His Work On The Computer At The Institute For Advanced Study, Said George Dyson, A Historian Of The Project. Moving To Los Angeles, He Worked For North American Aviation And Joined Rand In 1952. There He Managed The Department Where The Engineer Paul Baran Did Early Work On Packet-Switching, A Technology That Was The Basis For The Internet. Mr. Ware, Who Worked At The Rand Corporation For More Than 55 Years, Was One Of The First People To Gain A Prescient View Of The Effect Computers Were Having On Society, In Their Impact On Automation And The Threats They Posed To Privacy. ?The Computer Will Touch Men Everywhere And In Every Way, Almost On A Minute-To-Minute Basis,? He Wrote In 1966. ?Every Man Will Communicate Through A Computer, Whatever He Does. It Will Change And Reshape His Life, Modify His Career And Force Him To Accept A Life Of Continuous Change.? While At Rand, Mr. Ware Led An Early Pentagon Study Exploring Computer Security. Afterward He Was Asked By The Secretary Of Commerce, To Lead A Committee To Address ?Personal Privacy? In The Computer Era. Some Of Its Policy Recommendations Were Adopted In The Privacy Act Of 1974. Among Other Problems, The Committee Dealt With The Increasing Reliance On ?Universal Identifiers? Like Social Security Numbers. ?Willis Ware Laid The Foundation For Modern Privacy Law. His Insight Was That In The Computer Age, Organizations That Collected Private Information Would Have To Take Responsibility, And Individuals Who Gave Up Personal Information Would Need To Get Rights.?.

Hardcover. Etat : Fine. Etat de la jaquette : Near Fine DJ. 1st Edition. Xiii, 400 Pp. Second Printing, May 1949, Corrected From The 1948 First Printing. A Comprehensive Treatment Of Closed-Loop Dynamics And Synthesis, Presenting A Procedure For Specifying And Creating Closed-Loop Systems. Fine, No Wear, With Princeton / Institute For Advanced Study Bookplate Of Computer Scientist Willis H. Ware. Dj Complete, Not Price Clipped, Near Fine, A Few Traces Of Rubbing And A 1/8" V-Chip At Top Front Flap Fold. Ware?S Participation In A Classified World War Ii Project To Identify Friendly Aircraft Led The Mathematician John Von Neumann To Recruit Him To Help Develop A Computer At The Institute For Advanced Study In Princeton, N.J., In 1946. That Machine Was Not The First Digital Computer, But It Was Based On A Set Of Design Ideas Described By Dr. Von Neumann That Were Broadly Influential ? First On The Design Of Computers Built By Scientists Around The World, And Then On An Early Ibm Computer Known As The 701. Many Of These Concepts Are Still Visible In The Structure Of Modern Computers And Smartphones. Mr. Ware, Part Of A Small Group Of Engineers Working On That Machine, Was The First To Try To Engineer Many Of The Components That Would Become Vital To Modern Computers. His Experience In Designing High-Speed Electronic Circuits During The War Was Essential To His Work On The Computer At The Institute For Advanced Study, Said George Dyson, A Historian Of The Project. Moving To Los Angeles, He Worked For North American Aviation And Joined Rand In 1952. There He Managed The Department Where The Engineer Paul Baran Did Early Work On Packet-Switching, A Technology That Was The Basis For The Internet. Mr. Ware, Who Worked At The Rand Corporation For More Than 55 Years, Was One Of The First People To Gain A Prescient View Of The Effect Computers Were Having On Society, In Their Impact On Automation And The Threats They Posed To Privacy. ?The Computer Will Touch Men Everywhere And In Every Way, Almost On A Minute-To-Minute Basis,? He Wrote In 1966. ?Every Man Will Communicate Through A Computer, Whatever He Does. It Will Change And Reshape His Life, Modify His Career And Force Him To Accept A Life Of Continuous Change.? While At Rand, Mr. Ware Led An Early Pentagon Study Exploring Computer Security. Afterward He Was Asked By The Secretary Of Commerce, To Lead A Committee To Address ?Personal Privacy? In The Computer Era. Some Of Its Policy Recommendations Were Adopted In The Privacy Act Of 1974. Among Other Problems, The Committee Dealt With The Increasing Reliance On ?Universal Identifiers? Like Social Security Numbers. ?Willis Ware Laid The Foundation For Modern Privacy Law. His Insight Was That In The Computer Age, Organizations That Collected Private Information Would Have To Take Responsibility, And Individuals Who Gave Up Personal Information Would Need To Get Rights.?.

Hardcover. Etat : near fine. [1st American ed.]. Small quarto in dark blue cloth; viii, 558 pages ; 26 cm; bibliographical references (pages 551-552). Copy from the personal reearch library Dr. Donald Glaser, inventor of the bubble chamber, with his Signature and date of November 1946 ( in his hand) to front free enedpaper. Nobel Prize in Physics, 1961 (Search keyword DGLSR to see dozens of volumes from The Glaser Collection. / Based on edition published in 1927 by Longmans, Green and Co. / Mathematics. Differential equations. Équations différentielles. Gewohnliche Differentialgleichung Gewone differentiaalvergelijkingen. Equacoes diferenciais ordinarias (analise). Adhesive traces to spine foot region; else tight clean and near fine (-) overall.

Hardcover. Etat : Near Fine. 1st Edition. X, 189 Pp. Red Cloth, Gilt. Near Fine, Spine Gilt Dulled But Present, Immaculate, Hinges Tight. Mit Bookplate Of Computer Pioneer Willis H Ware, With His Completed 1943 Reply To Mit To Update His Address, Signed By Him At End. Ware Graduated From Mit In 1942 And Was Then Working At The Haseltine Corporation, Prior To His Pioneering Work On Computers. Ware?S Participation In A Classified World War Ii Project To Identify Friendly Aircraft Led The Mathematician John Von Neumann To Recruit Him To Help Develop A Computer At The Institute For Advanced Study In Princeton, N.J., In 1946. That Machine Was Not The First Digital Computer, But It Was Based On A Set Of Design Ideas Described By Dr. Von Neumann That Were Broadly Influential ? First On The Design Of Computers Built By Scientists Around The World, And Then On An Early Ibm Computer Known As The 701. Many Of These Concepts Are Still Visible In The Structure Of Modern Computers And Smartphones. Mr. Ware, Part Of A Small Group Of Engineers Working On That Machine, Was The First To Try To Engineer Many Of The Components That Would Become Vital To Modern Computers. His Experience In Designing High-Speed Electronic Circuits During The War Was Essential To His Work On The Computer At The Institute For Advanced Study, Said George Dyson, A Historian Of The Project. Moving To Los Angeles, He Worked For North American Aviation And Joined Rand In 1952. There He Managed The Department Where The Engineer Paul Baran Did Early Work On Packet-Switching, A Technology That Was The Basis For The Internet. Mr. Ware, Who Worked At The Rand Corporation For More Than 55 Years, Was One Of The First People To Gain A Prescient View Of The Effect Computers Were Having On Society, In Their Impact On Automation And The Threats They Posed To Privacy. ?The Computer Will Touch Men Everywhere And In Every Way, Almost On A Minute-To-Minute Basis,? He Wrote In 1966. ?Every Man Will Communicate Through A Computer, Whatever He Does. It Will Change And Reshape His Life, Modify His Career And Force Him To Accept A Life Of Continuous Change.? While At Rand, Mr. Ware Led An Early Pentagon Study Exploring Computer Security. Afterward He Was Asked By The Secretary Of Commerce, To Lead A Committee To Address ?Personal Privacy? In The Computer Era. Some Of Its Policy Recommendations Were Adopted In The Privacy Act Of 1974. Among Other Problems, The Committee Dealt With The Increasing Reliance On ?Universal Identifiers? Like Social Security Numbers. ?Willis Ware Laid The Foundation For Modern Privacy Law. His Insight Was That In The Computer Age, Organizations That Collected Private Information Would Have To Take Responsibility, And Individuals Who Gave Up Personal Information Would Need To Get Rights.?.

Hardcover. Etat : Fine. Etat de la jaquette : Very Good + DJ. 1st Edition. Xi, 495 Pp. Maroon Cloth, Gilt. A Fine Example, With No Wear, All Gilt Brilliant, And Just Slight Aging To Pages. In The Scarce Dj,Very Light Wear, A Few Small Chips And Tears. The First Separate Publication By Nobel Prize Winner Maria Goeppert Mayer (As Co-Author), After Journal Publications Including Some As A Co-Author With Max Born. "The Rapid Increase, In The Past Few Decades, Of Knowledge Concerning The Structure Of Molecules Has Made The Science Of Statistical Mechanics A Practical Tool For Interpreting And Correlating Experimental Data.It Is Therefore Desirable To Present This Subject In A Simple Manner In Order To Make It Easily Available To Scientists Whose Familiarity With Theoretical Physics Is Limited.We Express Our Gratitude To Professors Max Born, Karl F. Herzfeld, And Edward Teller, Who Have Read And Criticized Several Parts Of The Manuscript." A Fine Copy, Just A Trace Of Rubbing At Corners. Dj With Almost No Wear, A Few Small Losses At Corners, A Very Few Short Edge Tears. Ownership Signature Of Pioneering Computer Engineer Willis H. Ware. Maria Goeppert Mayer (June 28, 1906 ? February 20, 1972) Was A German-Born American Theoretical Physicist, And Nobel Laureate In Physics For Proposing The Nuclear Shell Model Of The Atomic Nucleus. She Was The Second Female Nobel Laureate In Physics, After Marie Curie. A Graduate Of The University Of Göttingen, Goeppert Mayer Wrote Her Doctorate On The Theory Of Possible Two-Photon Absorption By Atoms. At The Time, The Chances Of Experimentally Verifying Her Thesis Seemed Remote, But The Development Of The Laser Permitted This. Today, The Unit For The Two-Photon Absorption Cross Section Is Named The Goeppert Mayer (Gm) Unit. Goeppert Mayer Married Joseph Edward Mayer, And Moved To The United States, Where He Was An Associate Professor At Johns Hopkins University. Strict Rules Against Nepotism Prevented Johns Hopkins University From Taking Her On As A Faculty Member, But She Was Given A Job As An Assistant And Published A Landmark Paper On Double Beta Decay In 1935. In 1937, She Moved To Columbia University, Where She Took An Unpaid Position. During World War Ii, She Worked For The Manhattan Project At Columbia On Isotope Separation, And With Edward Teller At The Los Alamos Laboratory On The Development Of The Teller's "Super" Bomb. After The War, Goeppert Mayer Became A Voluntary Associate Professor Of Physics At The University Of Chicago (Where Teller And Her Husband Worked) And A Senior Physicist At The Nearby Argonne National Laboratory. She Developed A Mathematical Model For The Structure Of Nuclear Shells, For Which She Was Awarded The Nobel Prize In Physics In 1963, Which She Shared With J. Hans D. Jensen And Eugene Wigner. In 1960, She Was Appointed Full Professor Of Physics At The University Of California At San Diego. Ware?S Participation In A Classified World War Ii Project To Identify Friendly Aircraft Led The Mathematician John Von Neumann To Recruit Him To Help Develop A Computer At The Institute For Advanced Study In Princeton, N.J., In 1946. That Machine Was Not The First Digital Computer, But It Was Based On A Set Of Design Ideas Described By Dr. Von Neumann That Were Broadly Influential ? First On The Design Of Computers Built By Scientists Around The World, And Then On An Early Ibm Computer Known As The 701. Many Of These Concepts Are Still Visible In The Structure Of Modern Computers And Smartphones. Mr. Ware, Part Of A Small Group Of Engineers Working On That Machine, Was The First To Try To Engineer Many Of The Components That Would Become Vital To Modern Computers. His Experience In Designing High-Speed Electronic Circuits During The War Was Essential To His Work On The Computer At The Institute For Advanced Study, Said George Dyson, A Historian Of The Project.