42 research outputs found
The smart city and its publics: insights from across six UK cities
- Publication venue
- 'Informa UK Limited'
- Publication date
- 07/03/2017
- Field of study
This is the final version of the article. Available from Taylor & Francis (Routledge) via the DOI in this record.In response to policy-makers’ increasing claims to prioritise ‘people’ in smart city development, we explore the publicness of emerging practices across six UK cities: Bristol, Glasgow, London, Manchester, Milton Keynes, and Peterborough. Local smart city programmes are analysed as techno-public assemblages invoking variegated modalities of publicness. Our findings challenge the dystopian speculative critiques of the smart city, while nevertheless indicating the dominance of ‘entrepreneurial’ and ‘service user’ modes of the public. We highlight the risk of bifurcation within smart city assemblages, such that the ‘civic’ and ‘political’ roles of the public become siloed into less obdurate strands of programmatic activity.This study was undertaken at the University of Westminster with financial support from ESRC grant ES/L015978/1. Youri Dayot was Visiting Fellow from the University of Grenoble
Tribological behaviour of microalloyed and conventional C–Mn rail steels in a pure sliding condition
- Author
- A GarcÃa
- A Hernández Battez
- Aniołek K
- Archard JF
- Bakowski H
- Dayot C
- El-Shabasy AB
- Garnham JE
- JL Viesca
- Jungwon S
- Lewis R
- Lyu Y
- Meehan PA
- Moon AP
- Ordóñez R
- Ozsarac U
- Panda B
- Panda B
- Perez-Unzueta AJ
- Qi J
- R González
- Ramalho A
- S González-Cachón
- Shariff SM
- Suzumura J
- Tyfour WR
- Underwood EE
- Viáfara CC
- Wang J
- Wang WJ
- Windarta
- Windarta M
- Windarta MB
- Zhong W
- Zhu Y
- Publication venue
- 'SAGE Publications'
- Publication date
- 01/01/2018
- Field of study
This paper compares the tribological behaviour of microalloyed rail steel with conventional C–Mn rail steel under different test conditions (load, temperature and humidity). Pin-on-disc tribological tests were performed inside a climate chamber under different loads (20, 30 and 40 N), relative humidity (15, 55 and 70%) and temperatures (20 and 40 ℃). After the friction and wear tests, the worn surfaces were analysed using both confocal and scanning electron microscopies. The results obtained show that the use of microalloyed steel in railway applications under severe conditions (high loads and humidity) could lead to increased service life of the rails and could extend the time between maintenance operations
Contribution du CNRS/IN2P3 Ã l'upgrade d'ATLAS. Proposition soumise au Conseil Scientifique de l'IN2P3 du 21 Juin 2012
- Author
- Albrand S.
- Arnault C.
- Ballansat J.
- Bassalat A.
- Baudin P.
- Bazan A.
- Beau T.
- Bee C.
- Bellachia F.
- Berger N.
- Binet S.
- Bombard F.
- Bomben M.
- Bonnefoy R.
- Boumediene D.
- Bourdarios C.
- Bousson N.
- Breton D.
- Breugnon P.
- Busato Emmanuel
- Calderini G.
- Calvet D.
- Calvet S.
- Cap S.
- Chadelas R.
- Chauveau J.
- Clemens J.-C.
- Coadou Y.
- Collot J.
- Crescioli F.
- Crouau M.
- Crépé-Renaudin S.
- Daudon F.
- David P.-Y.
- De Cecco S.
- De Matos F.
- De Vivie De Regie J.B.
- Delebecque P.
- Delmastro M.
- Delsart P.A.
- Derue F.
- Di Ciaccio L.
- Dinu N.
- Djama F.
- Donini J.
- Drancourt C.
- Duflot L.
- Dumont-Dayot N.
- Dzahini Daniel
- Elles S.
- Enari Y.
- Escalier M.
- Falou A.
- Fayard L.
- Feligioni L.
- Fougeron D.
- Fournier D.
- Fournier L.
- Fulachier J.
- Gaglione R.
- Gallin-Martel L.
- Gastaldi T.
- Genest M.H.
- Gensolen F.
- Geoffroy N.
- Godiot S.
- Goy C.
- Grivaz J.-F.
- Guicheney C.
- Génat J.-F.
- Hallewell G.
- Henrot-Versille S.
- Hostachy J.H.
- Hrivnac J.
- Hryn'Ova T.
- Hubaut F.
- Iconomidou-Fayard L.
- Jevaud M.
- Jezequel S.
- Kado M.
- Knoops E.
- Kuna M.
- Lacour D.
- Lafaye R.
- Laforge B.
- Lambert D.
- Lambert F.
- Laplace S.
- Laporte D.
- Le Dortz O.
- Le Guirriec E.
- Lecoq J.
- Ledroit-Guillon F.
- Letendre N.
- Leveque J.
- Linhart V.
- Lleres A.
- Lounis A.
- Lucotte A.
- Makovec N.
- Malek F.
- Marchiori G.
- Martin-Chassard G.
- Massol N.
- Mathieu M.
- Meessen C.
- Mehrez F.
- Menouni M.
- Monnier E.
- Muanza S.
- Nikolic-Audit I.
- Ocariz J.
- Pallin D.
- Pangaud P.
- Perrot G.
- Pillet N.
- Podlyski F.
- Poggioli L.
- Pralavorio P.
- Przysiezniak H.
- Rambure T.
- Rarbi F.
- Ridel M.
- Riviere F.
- Roos L.
- Rousseau D.
- Rozanov A.
- Rybkin G.
- Santoni C.
- Sauvan E.
- Savinel G.
- Schaarschmidt J.
- Schaffer A.C.
- Schwemling P.
- Seguin-Moreau N.
- Simion S.
- Soumpholphakdy X.
- Stark J.
- Talby M.
- Tanaka R.
- Tassan-Viol J.
- Thienpont D.
- Tisserant S.
- Todorov T.
- Touchard F.
- Trincaz-Duvoid S.
- Trocmé B.
- Vacavant L.
- Vannucci F.
- Vazeille F.
- Vigeolas E.
- Vouters G.
- Wingerter I.
- Witold Krasny M.
- Yildizkaya T.
- Zerwas D.
- Zhang Zhiqing
- Publication venue
- HAL CCSD
- Publication date
- 15/06/2012
- Field of study
ATLAS liquid argon calorimeter front end electronics
- Author
- Augé E
- Bansal V
- Benslama K
- Bernier R
- Borgeaud P
- Bouchel M
- Boulahouache C
- Bozzone A
- Braun H M
- Breton D
- Brooijmans G
- Buchanan N J
- Bán J
- Böttcher S
- Caughron S
- Chen H
- Chen L
- Chi C -Y
- Chu M L
- Citterio M
- Cleland W
- Colas Jacques
- Collot J
- Cooke M
- Copic K
- Cwienk W D
- Damazio D
- Dannheim D
- delaBroïse X
- Delagnes E
- delaTaille C
- Densing F
- Dinkespiler B
- Duffin S
- Dumont-Dayot N
- Dzahini D
- Eckstein P
- Escalier M
- Falleau I
- Farrell J
- Fent J
- Fournier D
- Gallin-Martel M -L
- Gara A
- Ghazlane H
- Gingrich D M
- Grahn K -J
- Haas A
- Hansson P
- Hervás L
- Hott T
- Hoummada A
- Hubaut F
- Imbert P
- Kandasamy S
- Katsanos I
- Kierstead J
- Kobel M
- Kurchaninov L
- Ladygin E
- Laforge B
- Lanni F
- LeCoguie A
- LeDortz O
- Lee S -C
- Lissauer D
- Liu B
- Liu S
- Liu T
- Lund-Jensen B
- Ma H
- Makowiecki D
- Mansoulié B
- Martin P
- Martin-Chassard G
- Massol N
- Mazzanti M
- McDonald J
- Müller T
- Paolone V
- Parsons J A
- Pascual J
- Perrodo P
- Perrot G
- Perus A
- Rabel J
- Radeka V
- Rescia S
- Richer J P
- Ruggiero R
- Savinov V
- Schwemling Ph
- Seguin-Moreau N
- Serin L
- Simion S
- Sippach W
- Stroynowski R
- Su D S
- Takai H
- Tartarelli F
- Teiger J
- Teng P K
- Tocut V
- Veillet J-J
- Wilkens H G
- Wingerter-Seez I
- Wolniewicz K
- Ye J
- Zarzhitsky P
- Zerwas D
- Zhang L
- Zhou N
- Zuk G
- Publication venue
- 'IOP Publishing'
- Publication date
- 01/01/2008
- Field of study
The ATLAS detector has been designed for operation at CERN's Large Hadron Collider. ATLAS includes a complex system of liquid argon calorimeters. This paper describes the architecture and implementation of the system of custom front end electronics developed for the readout of the ATLAS liquid argon calorimeters
Performance of the ATLAS Electromagnetic Calorimeter End-cap Module 0
- Author
- Abouelouafa M
- Alexa C
- Astesan F
- Aubert Bernard
- Augé E
- Aulchenko V M
- Ballansat J
- Barreiro F
- Barrillon P
- Battistoni G
- Bazan A
- Beaugiraud B
- Beck-Hansen J
- Belhorma B
- Belorgey J
- Belymam A
- Ben-Mansour A
- Benchekroun D
- Benchouk C
- Bernard R
- Bertoli W
- Boniface J
- Bonivento W
- Bourdarios C
- Bremer J
- Breton D
- Bán J
- Camard A
- Canton B
- Carminati L
- Cartiglia N
- Chalifour M
- Chekhtman A
- Chen H
- Cherkaoui R
- Chevalley J L
- Chollet F
- Citterio M
- Clark A
- Cleland W
- Clément C
- Colas Jacques
- Collot J
- Costa G
- Cros P
- Cunitz H
- de La Taille C
- Del Peso J
- Delebecque P
- Delmastro M
- Di Ciaccio Lucia
- Dinkespiler B
- Djama F
- Dodd J
- Driouichi C
- Dumont-Dayot N
- Duval P Y
- Efthymiopoulos I
- Egdemir J
- El-Kacimi M
- El-Mouahhidi Y
- Engelmann R
- Ernwein J
- Falleau I
- Fanti M
- Farrell J
- Fassnacht P
- Ferrari A
- Fichet S
- Fournier D
- Gallin-Martel M L
- Gara A
- GarcÃa G
- Gaumer O
- Ghazlane H
- Ghez P
- Gianotti F
- Girard C
- Gordon H
- Gouanère M
- Guilhem G
- Hackenburg B
- Hakimi M
- Hassani S
- Henry-Coüannier F
- Hervás L
- Hinz L
- Hoffman A
- Hoffman J
- Hostachy J Y
- Hoummada A
- Hubaut F
- Idrissi A
- Imbault D
- Jacquier Y
- Jevaud M
- Jérémie A
- Jézéquel S
- Kambara H
- Karst P
- Kazanin V
- Kierstead J A
- Kolachev G M
- Kordas K
- Labarga L
- Lacour D
- Lafaye R
- Laforge B
- Lanni F
- Le Coroller A
- Le Dortz O
- Le Flour T
- Le Maner C
- Le Van-Suu A
- Leite M
- Leltchouk M
- Lesueur J
- Lissauer D
- Lund-Jensen B
- Lundqvist J M
- Ma H
- Macé G
- Makowiecki D S
- Malsyshev V
- Mandelli L
- Mansoulié B
- Marin C P
- Martin D
- Martin L
- Martin O
- Martin P
- Maslennikov A L
- Massol N
- Mazzanti M
- McCarthy R
- McDonald J
- Megner L
- Merkel B
- Mirea A
- Moneta L
- Monnier E
- Moynot M
- Nagy E
- Negroni S
- Neukermans L
- Nicod D
- Nikolic-Audit I
- Noppe J M
- Ohlsson-Malek F
- Olivier C
- Orsini F
- Pailler P
- Parrour G
- Parsons J A
- Pearce M
- Perrodo P
- Perrot G
- Poggioli Luc
- Pospelov G E
- Pralavorio Pascal
- Prast J
- Przysiezniak H
- Puzo P
- Pétroff P
- Radeka V
- Rahm David Charles
- Rajagopalan S
- Raymond M
- Renardy J F
- Repetti B
- Rescia S
- Riccadona X
- Richer J P
- Rijssenbeek M
- Rodier S
- Rossel F
- Rousseau D
- Rydström S
- Saboumazrag S
- Sauvage D
- Sauvage G
- Schilly P
- Schwemling P
- Schwindling J
- Seguin-Moreau N
- Seidl W
- Seman M
- Serin L
- Shousharo A
- Simion S
- Sippach W
- Snopkov R
- Steffens J
- Stroynowski R
- Stumer I
- Taguet J P
- Takai H
- Talyshev A A
- Tartarelli F
- Teiger J
- Thion J
- Tikhonov Yu A
- Tisserant S
- Tocut V
- Tóth J
- Veillet J J
- Vossebeld Joost Herman
- Vuillemin V
- Wielers M
- Willis W J
- Wingerter-Seez I
- Ye J
- Yip K
- Zerwas D
- Zitoun R
- Zolnierowski Y
- Publication venue
- 'Elsevier BV'
- Publication date
- 07/11/2002
- Field of study
The construction and beam test results of the ATLAS electromagnetic end-cap calorimeter pre-production module 0 are presented. The stochastic term of the energy resolution is between 10% GeV^1/2 and 12.5% GeV^1/2 over the full pseudorapidity range. Position and angular resolutions are found to be in agreement with simulation. A global constant term of 0.6% is obtained in the pseudorapidity range 2.5 < eta < 3.2 (inner wheel)
Performance of the ATLAS electromagnetic calorimeter end-cap module 0
- Author
- Abouelouafa E M.
- Alexa C.
- Astesan F.
- Aubert B.
- Auge E.
- Aulchenko V M.
- Ballansat J.
- Ban J.
- Barreiro F.
- Barrillon P.
- Battistoni G.
- Bazan A.
- Beaugiraud B.
- Beck-Hansen J.
- Belhorma B.
- Belorgey J.
- Belymam A.
- Ben-Mansour A.
- Benchekroun D.
- Benchouk C.
- Bernard R.
- Bertoli W.
- Boniface J.
- Bonivento W.
- Bourdarios C.
- Bremer J.
- Breton D.
- Camard A.
- Canton B.
- Carminati L.
- Cartiglia N.
- Cavalli D.
- Chalifour M.
- Chekhtman A.
- Chen H.
- Cherkaoui R.
- Chevalley J L.
- Chollet François
- Citterio M.
- Clark A.
- Cleland W.
- Clement C.
- Colas J.
- Collot J.
- Costa G.
- Cros P.
- Cunitz H.
- De Saintignon P.
- Del Peso J.
- Delebecque P.
- Delmastro M.
- Di Ciaccio L.
- Dinkespiler B.
- Djama F.
- Dodd J.
- Driouichi C.
- Dumont-Dayot N.
- Duval P Y.
- Dzahini Daniel
- Efthymiopoulos I.
- Egdemir J.
- El Kacimi M.
- El-Mouahhidi Y.
- Engelmann R.
- Ernwein J.
- Falleau I.
- Fanti M.
- Farrell J.
- Fassnacht P.
- Ferrari Anthony
- Fichet S.
- Fournier D.
- Gallin-Martel M.L.
- Gara A.
- Garcia G.
- Gaumer O.
- Ghazlane H.
- Ghez P.
- Gianotti F.
- Girard Christian
- Gordon H.
- Gouanere M.
- Guilhem Guillaume
- Hackenburg B.
- Hakimi M.
- Hassani S.
- Henrycouannier F.
- Hervas L.
- Hinz L.
- Hoffman A.
- Hoffman Jakobus
- Hostachy J.Y.
- Hoummada A.
- Hubaut F.
- Idrissi A.
- Imbault D.
- Jacquier Y.
- Jeremie A.
- Jevaud M.
- Jezequel S.
- Kambara H.
- Karst P.
- Kazanin V.
- Kierstead J.
- Kolachev G.
- Kordas K.
- La Taille C De.
- Labarga L.
- Lacour D.
- Lafaye R.
- Laforge B.
- Lanni F.
- Le Coroller A.
- Le Dortz O.
- Le Flour T.
- Le Maner C.
- Le Van Suu A.
- Leite M.
- Leltchouk M.
- Lesueur J.
- Lissauer D.
- Lund-Jensen B.
- Lundqvist J.
- Ma H.
- Mace G.
- Makowiecki D.
- Malyshev V.
- Mandelli L.
- Mansoulie B.
- Marin C P.
- Martin D.
- Martin Lilian
- Martin O.
- Martin P.
- Maslennikov A.
- Massol N.
- Mazzanti M.
- McCarthy R.
- McDonald J.
- Megner L.
- Merkel B.
- Mirea A.
- Moneta L.
- Monnier E.
- Moynot M.
- Muraz J.F.
- Nagy E.
- Negroni S.
- Neukermans L.
- Nicod D.
- Nikolic-Audit I.
- Noppe J M.
- Ohlsson-Malek F.
- Olivier C.
- Orsini F.
- Pailler P.
- Parrour G.
- Parsons J A.
- Pearce M.
- Perini L.
- Perrodo P.
- Perrot G.
- Petroff P.
- Poggioli L.
- Pospelov G E.
- Pralavorio P.
- Prast J.
- Przysiezniak H.
- Puzo P.
- Radeka V.
- Rahm D.
- Rajagopalan S.
- Raymond M.
- Renardy J F.
- Repetti B.
- Rescia S.
- Resconi S.
- Riccadonna X.
- Richer J P.
- Rijssenbeek M.
- Rodier S.
- Rossel F.
- Rousseau D.
- Rydstrom S.
- Saboumazrag S.
- Sauvage D.
- Sauvage G.
- Schilly P.
- Schwemling P.
- Schwindling J.
- Seguin-Moreau N.
- Seidl W.
- Seman M.
- Serin L.
- Shousharo A.
- Simion S.
- Sippach W.
- Snopkov R.
- Steffens J.
- Stroynowski R.
- Stumer I.
- Taguet J P.
- Takai H.
- Talyshev A.
- Tartarelli G F.
- Teiger J.
- Thion J.
- Tikhonov Yu A.
- Tisserant S.
- Tocut V.
- Toth J.
- Veillet J J.
- Vossebeld J.
- Vuillemin V.
- Wielers M.
- Willis W.
- Wingerter-Seez I.
- Ye J.
- Yip K.
- Zerwas D.
- Zitoun R.
- Zolnierowski Y.
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2003
- Field of study
The construction and beam test results of the ATLAS electromagnetic end-cap calorimeter pre-production module 0 are presented. The stochastic term of the energy resolution is between 10% GeV^1/2 and 12.5% GeV^1/2 over the full pseudorapidity range. Position and angular resolutions are found to be in agreement with simulation. A global constant term of 0.6% is obtained in the pseudorapidity range 2.5 eta 3.2 (inner wheel)
LHCb inner tracker: Technical Design Report
- Author
- Adamus M
- Adeva B
- Adinolfi M
- Afanasieva L A
- Aguiló E
- Ajaltouni Ziad J
- Ajinenko I
- Alemi M
- Amato S
- Anelli G
- Anghel D V
- Anghinolfi F
- Aslanides E
- Auriemma G
- Aushev V M
- Bachmann S
- Bal F
- Ballabriga R
- Banas E
- Barber G J
- Barbosa-Ademarlaudo F
- Barbosa-Marinho P R
- Barczyk A
- Bargiotti M
- Barrand G
- Barsuk S
- Bartalini P
- Bauer C
- Bauer T S
- Baumeister D
- Bay A
- Bediaga I
- Beigbeder-Beau C
- Bellunato T F
- Beloborodov K I
- Belous K S
- Belyaev I
- Benayoun M
- Bencivenni G
- Beneyton R
- Bernet R
- Bertin A
- Biagi S F
- Bibby J
- Bisset M
- Bizzeti A
- Blocki J
- Bloise C
- Bocci V
- Bock P
- Boget D
- Bolotov V N
- Bondar A E
- Bonivento W
- Bosio V
- Bossi F
- Botchine B
- Bowcock T J V
- Bozhenok A
- Braem André
- Brekhovskikh V
- Breton D
- Breton V
- Brew C A J
- Brook N H
- Bruschi M
- Bulian N
- Bulten H J
- Buytaert J
- Buzulutskov A F
- Böhner G
- Cachemiche J P
- Cadeddu S
- Callot O
- Calvetti M
- Calvi M
- Campana P
- Campbell M
- Capon G
- Capponi M
- Carassiti V
- Carboni G
- Cardini A
- Caria M
- Carron B
- Cass A J
- Cattaneo M
- Cernicchiaro G
- Charles M J
- Charpentier P
- Cheng J P
- Chesi Enrico Guido
- Chlopik A
- Christiansen J
- Cimpean A
- Clark D
- Closier J
- Coca C
- Cole J E
- Collazuol G
- Collins P
- Colrain P
- Conde P
- Cornat R
- Correa de Oliveira E
- Corti G
- Cotta-Ramusino A
- Cros P
- Cui Y G
- Cuneo S
- Currat C
- Cârloganu C
- D'Almagne B
- D'Ambrosio C
- D'Antone I
- Da Silva T
- Dai Y
- Damerell G
- Dauncey P
- De Bonis I
- De Castro S
- De Mello-Neto J R T
- De Paula L S
- De Simone P
- De Vries H
- Delcourt B
- Denissov S
- Densham C J
- Deppe H
- Deschamps O
- Dijkstra H
- Doets M
- Dominici Daniele
- Dormond O
- Dorokhov A V
- Dovbnya A
- Duane A
- Dufey J P
- Dumont-Dayot N
- Duval P Y
- Dzhelyadin R I
- Décamp D
- Dürrenmatt F
- Easo S
- Egede U
- Eidelman S
- Eisele Franz
- Eisenhardt S
- Ermoline Y
- Fabbri Franco Luigi
- Faccioli P
- Ferragut S
- Ferro-Luzzi M
- Feuerstack-Raible M
- Fidanza D
- Fiedler F
- Filippov S N
- Flavell A J
- Flegel Wilfried
- Fontanelli F
- Formenti F
- Forti C
- Forty R W
- Fouque N
- Franceschi M A
- Franek B J
- Frank M
- Frei C
- Frei R
- Frenkel A
- Fuchs H
- Fulda-Quenzer F
- Gagliardi G
- Galli D
- Galuszka K
- Gamet R
- Gandelman M
- Ganis G
- Gao C S
- Gao Y
- GarcÃa-Alfonso I
- Garrido L
- Gascón D
- Gaspar C
- Gavillet P
- Gavrilov J
- George K
- Giacobbe B
- Gianoli A
- Gibson V
- Giolu G
- Girone M
- Glebe T
- Golubev V B
- Golutvin A
- Gouchtchine O
- Gourgerot M
- Gouz I
- Gracco V
- Graciani-DÃaz R
- GracÃa-AbrÃl G
- Groep D
- Gromov V
- Guetz S
- Guirao-Elias A
- Guschin E
- Guy J G V
- Guzik Z
- Gys Thierry
- Gómez F
- Haefeli G
- Hahn F
- Haider S
- Hajduk L
- Halley A
- Halsall R
- Harnew N
- Harris F
- Harrison K
- Harvey J
- Hassard J
- Hay B
- He H J
- Head R D
- Henneberger S
- Henrard P
- Hernando J A
- Hertig J P
- Hierck R
- Hilke H J
- Hill R
- Hofmann W
- Holzschuh E
- Hommels l
- Huang C
- Hutchroft D
- Iacopini E
- Iglesias A
- Igo-Kemenes P
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- Valassi Andrea
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- Publication venue
- Union of Concerned Scientists
- Publication date
- 01/01/2002
- Field of study
ATLAS detector and physics performance: Technical Design Report, 1
- Author
- Abdinov O.B.
- Abolins M.
- Abramowicz H.
- Acerbi E.
- Ackermann K.
- Ackers M.
- Aderholz M.
- Ahlen S.
- Aielli G.
- Airapetian A.
- Akerman D.
- Akesson T.
- Akhmedov A.
- Akhoundov A.
- Akimov A.
- Alam S.
- Aleksa M.
- Aleppo M.
- Alessandria F.
- Alexa C.
- Alexander G.
- Alexandrov I.
- Alexeev G.
- Alforque S.
- Alikov B.
- Allport P.P.
- Almehed S.
- Aloisio A.
- Alviggi M.G.
- Amadon A.
- Amako K.
- Amaral P.
- Ambrosini G.
- Amelin D.V.
- Ammosov V.V.
- Amorim A.
- Anderson B.
- Anderson K.
- Anderssen E.
- Andre F.
- Andreazza A.
- Andricek L.
- Andrieux M.L.
- Anghinolfi F.
- Anosov V.
- Antipov Yu.M.
- Apsimon R.J.
- Arai Y.
- Arik E.
- Armitage J.
- Armstrong W.W.
- Arnaud C.
- Arnault C.
- Arsenescu R.
- Artamonov A.
- Asai M.
- Assamagan K.A.
- Astbury A.
- Astesan F.
- Astvatsaturov A.
- Atag A.
- Athar B.
- Attree D.
- Aubert B.
- Auge E.
- Axen D.
- Ayad R.
- Azhgirei L.
- Azuelos G.
- Bacci C.
- Bachy G.
- Backovic S.
- Badescu E.
- Baer Th.
- Bagnaia P.
- Bailey D.C.
- Baines J.T.
- Baker O.K.
- Ball R.
- Ballester F.
- Ban J.
- Baranov S.
- Baranov S.
- Baranov S.
- Barberio E.
- Barberis D.
- Barnett M.
- Baroncelli A.
- Barrand G.
- Barratt R.
- Barreiro F.
- Bashindjagian G.L.
- Basiladze S.G.
- Batarin V.
- Batley J.R.
- Batrakov A.
- Battistoni G.
- Baturitsky M.A.
- Bauer F.
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- Witzeling W.
- Wolter M.
- Wolters H.
- Wotschack J.
- Woudstra M.
- Wu H.
- Wu S.L.
- Wu X.
- Wuestenfeld J.
- Wunsch M.
- Wunstorf R.
- Wyllie K.H.
- Xie Y.G.
- Xu G.F.
- Xue L.
- Yakimenko M.
- Yamamoto A.
- Yamartino J.M.
- Yamdagni N.
- Yanagisawa C.
- Yang B.
- Yang T.
- Yarygin G.
- Yasu Y.
- Ye B.
- Ye J.
- Yoshida H.
- Yoshida R.
- Yu B.
- Yu X.Q.
- Zaets V.G.
- Zaitsev A.M.
- Zaitsev V.
- Zalite A.
- Zamani M.
- Zamora Y.
- Zanello L.
- Zdrazil M.
- Zeitnitz C.
- Zeldovich S.
- Zerwas D.
- Zhang B.
- Zhang L.
- Zhang N.
- Zhang Q.J.
- Zhao J.
- Zhao T.
- Zhichao L.
- Zhou B.
- Zhou B.
- Zhuravlev V.
- Zimin S.
- Ziolkowski M.
- Zitek K.
- Zitoun R.
- Zmouchhko V.
- Zobernig G.
- Zolnierowski Y.
- Zontar D.
- Zuffranieri F.
- Zuk G.
- Zverev E.G.
- Fasssouliotis D.
- Publication venue
- Union of Concerned Scientists
- Publication date
- 01/01/1999
- Field of study
The smart city and Its publics: insights from across six UK cities
- Publication venue
- 'Informa UK Limited'
- Publication date
- 01/01/2018
- Field of study
In response to policy-makers’ increasing claims to prioritise ‘people’ in smart city development, we explore the publicness of emerging practices across six UK cities: Bristol, Glasgow, London, Manchester, Milton Keynes, and Peterborough. Local smart city programmes are analysed as techno-public assemblages invoking variegated modalities of publicness. Our findings challenge the dystopian speculative critiques of the smart city, while nevertheless indicating the dominance of ‘entrepreneurial’ and ‘service user’ modes of the public. We highlight the risk of bifurcation within smart city assemblages, such that the ‘civic’ and ‘political’ roles of the public become siloed into less obdurate strands of programmatic activity
A JTAG-based management bus on backplane for modular instruments
- Author
- Publication venue
- 'IOP Publishing'
- Publication date
- Field of study