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Baldwin Chapter 6 the Value Structure of Technologies 8-18-20
Design Rules, Volume 2: How Technology Shapes Organizations Chapter 6 The Value Structure of Technologies, Part 1: Mapping Functional Relationships Carliss Y. Baldwin Working Paper 21-039 Design Rules, Volume 2: How Technology Shapes Organizations Chapter 6 The Value Structure of Technologies, Part 1: Mapping Functional Relationships Carliss Y. Baldwin Harvard Business School Working Paper 21-039 Copyright © 2020 by Carliss Y. Baldwin Working papers are in draft form. This working paper is distributed for purposes of comment and discussion only. It may not be reproduced without permission of the copyright holder. Copies of working papers are available from the author. Funding for this research was provided in part by Harvard Business School. © Carliss Y. Baldwin Comments welcome. Please do not circulate or quote. Design Rules, Volume 2: How Technology Shapes Organizations Chapter 6 The Value Structure of Technologies, Part 1: Mapping Functional Relationships By Carliss Y. Baldwin Note to Readers: This is a draft of Chapter 6 of Design Rules, Volume 2: How Technology Shapes Organizations. It builds on prior chapters, but I believe it is possible to read this chapter on a stand-alone basis. The chapter may be cited as: Baldwin, C. Y. (2020) “The Value Structure of Technologies, Part 1: Mapping Functional Relationships,” Harvard Business School Working Paper (Rev. September 2020). I would be most grateful for your comments on any aspect of this chapter! Thank you in advance, Carliss. Abstract Organizations are formed in a free economy because an individual or group perceives value in carrying out a technical recipe that is beyond the capacity of a single person. -
TECHNOLOGY and GROWTH: an OVERVIEW Jeffrey C
Y Proceedings GY Conference Series No. 40 Jeffrey C. Fuhrer Jane Sneddon Little Editors CONTENTS TECHNOLOGY AND GROWTH: AN OVERVIEW Jeffrey C. Fuhrer and Jane Sneddon Little KEYNOTE ADDRESS: THE NETWORKED BANK 33 Robert M. Howe TECHNOLOGY IN GROWTH THEORY Dale W. Jorgenson Discussion 78 Susanto Basu Gene M. Grossman UNCERTAINTY AND TECHNOLOGICAL CHANGE 91 Nathan Rosenberg Discussion 111 Joel Mokyr Luc L.G. Soete CROSS-COUNTRY VARIATIONS IN NATIONAL ECONOMIC GROWTH RATES," THE ROLE OF aTECHNOLOGYtr 127 J. Bradford De Long~ Discussion 151 Jeffrey A. Frankel Adam B. Jaffe ADDRESS: JOB ~NSECURITY AND TECHNOLOGY173 Alan Greenspan MICROECONOMIC POLICY AND TECHNOLOGICAL CHANGE 183 Edwin Mansfield Discnssion 201 Samuel S. Kortum Joshua Lerner TECHNOLOGY DIFFUSION IN U.S. MANUFACTURING: THE GEOGRAPHIC DIMENSION 215 Jane Sneddon Little and Robert K. Triest Discussion 260 John C. Haltiwanger George N. Hatsopoulos PANEL DISCUSSION 269 Trends in Productivity Growth 269 Martin Neil Baily Inherent Conflict in International Trade 279 Ralph E. Gomory Implications of Growth Theory for Macro-Policy: What Have We Learned? 286 Abel M. Mateus The Role of Macroeconomic Policy 298 Robert M. Solow About the Authors Conference Participants 309 TECHNOLOGY AND GROWTH: AN OVERVIEW Jeffrey C. Fuhrer and Jane Sneddon Little* During the 1990s, the Federal Reserve has pursued its twin goals of price stability and steady employment growth with considerable success. But despite--or perhaps because of--this success, concerns about the pace of economic and productivity growth have attracted renewed attention. Many observers ruefully note that the average pace of GDP growth has remained below rates achieved in the 1960s and that a period of rapid investment in computers and other capital equipment has had disappointingly little impact on the productivity numbers. -
G. DELIBRIAS, M. T. GUILLIER and J. LABEYRIE 3430 ± 160 2350 ± 140 1200 ± 120 Gif-168. Plelauff, Cotes Du Nord
[RADIOCARBON, VOL. 8, 1966, P. 74-95] GIF NATURAL RADIOCARBON MEASUREMENTS II G. DELIBRIAS, M. T. GUILLIER and J. LABEYRIE Centre des Faibles Radioactivites, C.N.R.S. Gif-sur-Yvette, Essonnes, France The C14 dating laboratories of Saclay (Saclay I, 1964 and Saclay II, 1965) and Gif (Gif-sur-Yvette, 1966) have joined together under the name of Gif C14 Dating Laboratory. The first series of dating results appears here with code designation Gif, Sa now being obsolete. Gif laboratory comprises 3 complete routine sets, each equipped with a 1.2 L proportional counter, filled with pure CO2 at 74 cm Hg pres- sure, having backgrounds of 3.40, 2.90 and 1.60 cpm. The first two are of stainless steel and the third is of OFHC copper. In accordance with the decision of the Fifth Radiocarbon Dating Conference, NBS oxalic acid is adopted as modern carbon reference, and the half-life 5570 yr is used for age calculation. Data listed here are part of those obtained from 1963, the date at which the first counter was calibrated, to October 1965. SAMPLE DESCRIPTIONS I. ARCHAEOLOGIC SAMPLES A. Western France 3430 ± 160 Gif-166. Saint-Dude, Bourbriac, Cotes du Nord 1480 B.C. Charcoal from an old burnt soil inside a tumulus at Saint-Dude, Bourbriac (48° 28' N Lat, 3° 18' W Long). Coll. 1962 and subm. by J. Briard and P. R. Giot, Lab. d'Anthropologie Prehistorique, Faculte des Sciences, Rennes, Ille et Vilaine. Comment: dates tumulus to Middle Bronze period. 2350 ± 140 Gif-167. La Belle-Etoile, Saint-Connan, Cotes du Nord 400 B.C. -
Books for Daily Life: Household, Husbandry, Behaviour 514 13
THE CAMBRIDGE DICTION ARIUM SAXONICO-LA TINO .ANGLICUM. History of the Book in Britain +++++++ A,,!:DlCI)IUm initW., helper ben:; behop~. Nil .f- i edic ...., denunrio"" procbma- +"""C::nonnW"Iuanl olio- r){.. q.iJnup ... tft).'q.ifq•• , re,publiarc. to publi1I1, to ;3 X &+fum, tOque:per a- "..;tj",e,p;s;1fJ;,.~.r);'_tiftHf"1 p~oclaime. Ill: abannan. c .. +~ ~t phzrcf.. A.,li, ufi.. ptr p.. if ........ pi'.I<,./IT. Hoc dicto cOnyoc.rc, congn:gorc; +++++++1iIIi1limuu bOdic&- lin&'1i Danica :mer., I. V. evoarc. to call fOltb, ftIrn. po przcifum. E. G. W..... : Liur"/IT~ Rnie" c· ·mOIl, eOllilU!lal~ 01 call to- abzpan, to bUn: alx:ot>an, ..,. p. 160. grtbtr. 'T.llttniciftidou fig- to bib: abpecan, to· bjtake, Xa.:. qucrcus, robur. an l!I>ake. nific:Ltion.,.!c ab eodan font., VOLUME IV I< oIi. fexcen ... At~i hoc ip- lingua Danid v... ee cik. Wor~ banntn: barbu~, b, ••iTt. (um .x ufu 8< gano linguz .,illS. Kili_. ClIke, !ce. V. Hinc ctiam nollraaum bAnne., GN/I:Z ad A.~III detintum. a.:.. prO nupOuwn I"'ctO publica- 1557-1695 quod. intcr oIia. plUt.1 . haud ~ . ~em.s, ilrucs, p>:ra, to. Hue infuper ( quod ad 0- ",.1!;tria, me doc~t Slu~Orum I.gm. cong~n ... mgu.,. R.!!,IIt, rigincm alliDct) tcfercndum mc"rum &'utnr ille UDICU" D. a iIllIOob>ptle. BtJ. HdUi. ~. e. G2I10ruri'l . b.".ir. /talorum Mtricll" C.{... ""'. rna,:ru I.. b.nJir•• oollradum banni1l1. 'I'llidem patti, non minor fill- Xalte p.p. IgniariullI. a girr- i. profcriberc; in exilium~; ..s, at d. -
Building a Home for Circumpolar Architecture an Introduction
Chapter 1 Building a Home for Circumpolar Architecture An Introduction Robert P. Wishart The hearth is at the centre. It is a simple statement with profound implica- tions. As Stephen Pyne (1995: 3) reminds us, humans are ‘uniquely fire creatures on a uniquely fire planet’. And yet the hearth, the place where we ignite and tend to so many of our fires, is not simply a container for, or a site of, this particularity. Take, for example, the hearth as philosophized and mythologized by the ancient Greeks. Hestia, the goddess of the hearth, was also the goddess of the home, architecture and the symbolic and ritual centre of the inhabitants, the ‘oikos’ or household (Vernant 1969: 132). To the ancient Greeks, the hearth, the home and the household were inseparable, and as Carsten (1995b) illustrates, this understanding is not unique to the classical world. The relatedness of the hearth, the home and the household correspond to the complex and creative relatedness inher- ent in kinship.1 But would it be reductive to understand the house as con- tainer for and site of the household, and would it ignore the coextension of the hearth, house and household with the environment and the cosmos? Furthermore, would these reductions also serve to eclipse real lives with representations that might serve other interests? For the collective effort of the authors gathered here, these questions became fundamental to the inquiry about the ways in which the hearth in the circumpolar North is at the centre of something much larger. There are few other places that one could imagine the crucial interde- pendencies and relationships between the hearth, home and household would be as apparent as that in the circumpolar North. -
Jewellery and Baking Bread at Stainton
Romans on the Don Classroom Exercise 3 Jewellery and Baking Bread at Stainton Three archaeological projects were carried out at Holme Hall near Stainton between 1994 and 2005. The first was fieldwalking which identified an area 60 metres by 80 metres in a field where a large amount of Romano-British pottery was found. This led to geophysical survey and excavation of the area. The site was an Iron Age and Romano-British settlement where bread was baked in kilns during the Roman period. Many features were discovered including a ditched enclosure within which were pits, gullies and postholes, and a hearth. Also inside the enclosure was a cobbled area containing burnt river cobbles that may have been heated in a fire for use in cooking, either to roast meat on or to boil water in pots. The cobbles were thrown aside after use. Outside the enclosure were field boundary ditches, pits, the bases of 3 bread ovens, and a waste midden. The ovens showed that the family who lived in the farm baked their own bread. Wood was placed inside and set a light. When the flames had died down to embers, bread was placed inside the kiln on racks to bake. When ready the racks could be taken out without destroying the roof of the oven. Over 1400 fragments of animal bone were discovered on the site, including cattle, sheep and goat bones. Over 5300 sherds of Roman-British pottery were found, most of it dating from the 2nd and 3rd centuries AD. The pottery is mainly from jars and a slight increase in table wares over time may show the adoption of Roman table manners in the 3rd century. -
Squanto's Garden
© 2006 Bill Heid Contents An Introduction to Squanto’s Garden...4 Chapter One ...6 Squanto and the Pilgrims:...6 Squanto’s History ...7 The First Meeting...12 Squanto and the Pilgrims...14 The First Thanksgiving...15 Chapter Two...18 The Soil Then...18 The Geological History of Plymouth...18 The Land Before the Pilgrims...19 The Land of New Plymouth...21 Chapter Three...23 Why Did Squanto’s Methods Work?...23 Tastes Better, Is Better...25 Chapter Four...28 The Soil Today and What It Produces...28 Chapter Five...31 Squanto’s Garden Today...31 Assessing Your Soil and Developing a Plan...31 What to Grow...34 Garden Design...35 Wampanoag...36 Wampanoag...37 Hidatsa Gardens...38 Hidasta...39 Zuni Waffle Garden...40 Zuni Waffle Garden...41 Caring for Your Garden...42 Recipes...43 Conclusion-Squanto’s Legacy...49 Resources...51 An Introduction to Squanto’s Garden When the Pilgrims first came to America, they nearly starved because of insufficient food. It was with the help of a Native American they knew as Squanto that they learned to properly cultivate the land so that they could survive and flourish. All of that might seem quite removed from your own gardening endeavors, however there is much to be learned from those historical lessons. What was the soil like then? How did the soil affect the food being grown? What techniques were used to enrich the soil? Why is it that the Pilgrims, being from a more technologically advanced society, needed the help of the Native Americans to survive? Whether you are an experienced gardener, or just starting out, “Squanto’s Garden” has plenty to teach you. -
Bulletin of the Massachusetts Archaeological Society, Vol. 26, No. 3/4. April/July 1965
BULLETIN OF THE MASSACI-IUSETTS ARCI-IAEOLOGICAL SOCIETY VOL. 26 NOS. 3 and 4 APRIL - JULY, 1965 CONTENTS Page THE BOATS SITE, EXCAVATION NO.2 EDWABD F. ROSE . 33 A BIRDSTONE RECOVERY IN RHODE ISLAND WILLIAM S. FoWLER 39 THE SEMAN SITE: A NEW YORK STATE EXCAVATION PJm..Ip W. JOHANNESSON AND A1mruR C. GLAMM, JR. 44 SIGNIFICANT CERAMIC PIPE RECOVERIES WILLIAM S. FOWLER 49 BITTER ROCK SHELTER: A SThATIFIED CONNECTICUT SITE BERNABD W. POWELL 53 DISCOVERY: AN IMPELLI G FORCE I RESEARCH EDITORIAL 64 PUBLISHED BY THE MASSACHUSmS ARCHAEOLOGICAL SOCIETY, INC. SOCIETY OFFICE, Bronson Museum, 8 No. Main Street, Attleboro, Mass. PEnIOO!CALS DEPT. THE CLfMf iT C. f"AXt', [11_ L1~f!. r;\ Sr!.1~ ,Lr:"E BRIDGE "T'Ii, M/'\;)~ .CHUvElTS MASSACHUSETIS ARCHAEOLOGICAL SOCIETY OFFICERS President Harold F. Nye Marion, Mass. First Vice President Donald C. Wilder 86 Brewster Avenue, South Braintree 85, Mass. Second Vice President William B. Brierly 9 Hawthorne Street, Millbury, Mass. Secretary Maurice Robbins Bronson Museum, Attleboro, Mass. Financial Secretary Mabel A. Robbins 23 Steere Street, Attleboro, Mass. Treasurer Arthur C. Staples Segreganset, Mass. Editor William S. Fowler Bronson Museum, Attleboro, Mass. Trustees Society Officers and 2 Last PliS~ Presidents Walter Thomas, Jr. Edward G. Bielski Robert A. Martin Frank Kremp Robert E. Valyou George S. Gibb MASSACHUSETIS ARCHAEOLOGICAL SOCIETY BULLETIN, pub lished in four Numbers of one Volume each year, commencing in October. Price this issue $1.50 (Subscription by membership in the Society: $3.(0) Note: Address aU requests concerning membership to the Secretary; aU orders for back BuUetin numbers (4 for $1.00 to members) to the Editor; and mail Society dues to the Financial Secretary. -
Cave Painting UNIT 1
All Grades ART ~ Lesson A CYCLE 1 Cave Painting UNIT 1 !! Students will create a cave painting using charcoal and acrylic. Printing"the"Handout" guarantees"families"see" Before the Lesson: the"“home"follow@up" assignment”"and"have" 1.! Review Lesson and Art Handout (below) to understand philosophy and ideas. terms"and"visual"aids" 2.! Print “Animal Template” (below) on card-stock and cut out for"studying"during"the" 3.! Print “Handout” (below) week.""" 4.! Review materials list below and make sure you have everything ready. 5.! Review In-Class section below to make sure you understand the activity. 6.! Optional: Print “ Visual Aids” (below, images are the same as Handout) Materials Needed: !! 1-2 Colors of Acrylic Paint !! 1 Paintbrush per student !! 1 Water Jar per student !! Animal templates (see below, print enough so that each student can have at least one animal at a time). !! 1 11x17 sheet of sketch paper per student !! 1 Willow Stick or piece of charcoal per student Check$with$your$local$ !! 1 Handout on paper, in color per student (or per family) co7op$director"to" !! 1 Large fan know"what"supplies"are" !! Roll of paper towels already"on@hand"and" which"ones"you"need"to" !! Bottle of cleaning spray procure"by"buying"or" !! 1 Smock per student borrowing."""" !! 1 set of Visual Aids on paper, in color (see below, images are same as Handout Feel$free$to$substitute$ materials"when" Classroom Preparation (always plan at least 30 minutes): desired/needed.""" •! Cover the floor with plastic. •! Set up tables throughout the room, covered with plastic. -
The History of Computing in the History of Technology
The History of Computing in the History of Technology Michael S. Mahoney Program in History of Science Princeton University, Princeton, NJ (Annals of the History of Computing 10(1988), 113-125) After surveying the current state of the literature in the history of computing, this paper discusses some of the major issues addressed by recent work in the history of technology. It suggests aspects of the development of computing which are pertinent to those issues and hence for which that recent work could provide models of historical analysis. As a new scientific technology with unique features, computing in turn can provide new perspectives on the history of technology. Introduction record-keeping by a new industry of data processing. As a primary vehicle of Since World War II 'information' has emerged communication over both space and t ime, it as a fundamental scientific and technological has come to form the core of modern concept applied to phenomena ranging from information technolo gy. What the black holes to DNA, from the organization of English-speaking world refers to as "computer cells to the processes of human thought, and science" is known to the rest of western from the management of corporations to the Europe as informatique (or Informatik or allocation of global resources. In addition to informatica). Much of the concern over reshaping established disciplines, it has information as a commodity and as a natural stimulated the formation of a panoply of new resource derives from the computer and from subjects and areas of inquiry concerned with computer-based communications technolo gy. -
Modern Hearth™ Glazed Porcelain Floor & Glazed Ceramic Wall & Mosaic Modern Hearth™ Glazed Porcelain Floor & Glazed Ceramic Wall & Mosaic
CONCRETE LOOK MODERN HEARTH™ GLAZED PORCELAIN FLOOR & GLAZED CERAMIC WALL & MOSAIC MODERN HEARTH™ GLAZED PORCELAIN FLOOR & GLAZED CERAMIC WALL & MOSAIC CONCRETE Modern Interpretation of Vintage Style LOOK Modern Hearth™ combines the tranquility of neutral colors in floor tile with the USAGE surprise of decorative wall tile. This contemporary soft concrete visual in cool and warm tones creates a serene space perfect for rest and relaxation. The three calm, solid colors are available in two floor tile formats, 3 x 12 wall tile and a 2 x 4 brick-joint mosaic. The 6 x 6 decorative wall tile is designed to be installed in a random arrangement of artfully crafted ornamental pieces. • GENTLE WONDER - Serene, soft concrete look available in three neutral and calming colors - 6 x 6 wall tile available in random assortment of beautifully crafted decorative designs in all three colors • COMPREHENSIVE SELECTIONS - Classic 12 x 24 and 12 x 12 floor tile formats and a 2 x 4 brick-joint mosaic - Imaginative 3 x 12 monochromatic and 6 x 6 decorative wall tile - Jolly can be used as a coordinating trim or wall accent SEE CHARTS FOR FULL Cover photo features Modern Hearth™ Chimney Corner 12 x 24 floor tile on the floor and PRODUCT DETAILS Modern Hearth™ Ash White 6 x 6 decorative wall tile on the wall. Above photo features Modern Hearth™ Chimney Corner 6 x 6 decorative wall tile on the backsplash. CONCRETE LOOK MODERN HEARTH™ GLAZED PORCELAIN FLOOR & GLAZED CERAMIC WALL & MOSAIC SIZES: 2 x 4 Brick-joint 12 x 24 12 x 12 3 x 12 6 x 6 Decorative Mosaic Floor -
Comparison of Different Bf-Hearth Lining Design Technologies1
COMPARISON OF DIFFERENT BF-HEARTH LINING DESIGN TECHNOLOGIES1 Jean-Philippe Houde2 Rudolf Hebel3 Volker Dulz4 Abstract One of the BF-owner’s important requirements is the BF-hearth lining life time extension up to 20 years or more, without any intermediate repairs. A number of different hearth lining designs were developed in the last decades. Some well experienced and successful hearth lining technologies were presented. The main targets of this paper are explanations of excellent hearth lining life times as well as good operation experiences. Further on, the paper shows that the goal to reach the main targets is depending on a number of different boundary conditions. The most important boundary conditions to extend the hearth lining life campaign will be illuminated and explained with the assistance of different lining design examples. Key words: BF-hearth lining life time extension; Hearth lining wear reduction; Hearth characteristic indexes; Hearth lining design comparison. 1 Technical contribution to the 43rd Ironmaking and Raw Materials Seminar, 12h Brazilian Symposium on Iron Ore and 1st Brazilian Symposium on Agglomeration of Iron Ore, September 1st to 4th, 2013, Belo Horizonte, MG, Brazil. 2 Chemical Engineer, Head of Blast Furnace Department, Paul Wurth Refractory & Engineering GmbH, Mainz-Kastel, Germany. 3 Dipl. Engineer, Consultant, Paul Wurth Refractory & Engineering GmbH, Mainz-Kastel, Germany. 4 Civil Engineer, Deputy Head of Blast Furnace Department, Paul Wurth Refractory & Engineering GmbH, Mainz-Kastel, Germany. 1 INTRODUCTION The evolution of technologies in the last decades has leaded the BF owner to expect long campaign life time as shown on Figure 1. Figure 1. Blast Furnace repair cycle.