visigrapp.bib

@article{Volk2014109,
   title =    {Building Information Modeling (BIM) for existing buildings
--- Literature review and future needs},
   journal =  {Automation in Construction},
   volume =   38,
   number =   {},
   pages =    {109 - 127},
   year =     2014,
   note =     {},
   issn =     {0926-5805},
   doi =      {http://dx.doi.org/10.1016/j.autcon.2013.10.023},
   url =      {http://www.sciencedirect.com/science/article/pii/S092658051300191X},
   author =   {Rebekka Volk and Julian Stengel and Frank Schultmann},
   keywords = {As-built \{BIM\} (Building Information Modeling)2},
   keywords = {Existing buildings},
   keywords = {Facility management (FM)1},
   keywords = {Maintenance1},
   keywords = {Retrofit1},
   keywords = {Deconstruction1},
   keywords = {Dismantling1},
   keywords = {Demolition1},
   keywords = {‘Scan-to-BIM’},
   keywords = {Reverse engineering},
   abstract = {Abstract While \{BIM\} processes are established for new
buildings, the majority of existing buildings is not
maintained, refurbished or deconstructed with \{BIM\} yet.
Promising benefits of efficient resource management motivate
research to overcome uncertainties of building condition and
deficient documentation prevalent in existing buildings. Due
to rapid developments in \{BIM\} research, involved
stakeholders demand a state-of-the-art overview of \{BIM\}
implementation and research in existing buildings. This paper
presents a review of over 180 recent publications on the
topic. Results show scarce \{BIM\} implementation in existing
buildings yet, due to challenges of (1) high
modeling/conversion effort from captured building data into
semantic \{BIM\} objects, (2) updating of information in
\{BIM\} and (3) handling of uncertain data, objects and
relations in \{BIM\} occurring in existing buildings. Despite
fast developments and spreading standards, challenging
research opportunities arise from process automation and
\{BIM\} adaption to existing buildings' requirements.},
}
@inProceedings{Moore99,
   author =    {Moore, R. and Lopes, J.},
   booktitle = {TEMPLATE'06, 1st International Conference on Template
Production},
   file =      {F},
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   title =     {Paper templates},
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}
@book{Smith98,
   address =   {London},
   author =    {Smith, J.},
   edition =   {2nd},
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}
@misc{redux,
   author =       {Abramov, Dan},
   howPublished = {\url{http://redux.js.org/}},
   note =         {Accessed: 2016-11-09},
   title =        {Redux: predictable state container for JavaScript apps},
   year =         2016,
}
@misc{ncLab,
   author =  {Pavel Solin},
   title =   {\href{https://nclab.com/3d-gallery/}{Creative Computing
Platform: Learn Coding and 3D Modeling!}},
   note =    {Accessed: 2016-11-12},
   year =    2016,
}
@inCollection{smartWaste,
   author =    {Hurley, James W.},
   booktitle = {10th Symposium Construction Innovation and Global
Competitiveness},
   series =    {Conference Proceedings for the 10th Syposium Construction
Innovation and Global Competitiveness},
   title =     {How to SMARTWaste the Construction Industry},
   year =      2002,
}
@phdThesis{altamura:12,
   author =  {Paola Altamura},
   school =  {Sapienza Universit\`a di Roma},
   title =   {Gestione eco-efficace dei materiali da costruzione nel ciclo
di vita del fabbricato},
   year =    2012,
   note =    {(in Italian)},
}
@book{Paoluzzi:2001:GPC:600092,
   author =    {Paoluzzi, Alberto and Pascucci, Valerio and Vicentino,
Michele and Baldazzi, Claudio and Portuesi, Simone},
   title =     {Geometric Programming for Computer Aided Design},
   year =      2003,
   isbn =      {0471899429},
   publisher = {John Wiley \& Sons, Inc.},
   address =   {New York, NY, {USA}},
   note =      {815 pages},
}
@article{Paoluzzi:1995:GPP:212332.212349,
   acmid =      {212349},
   address =    {New York, NY, {USA}},
   author =     {Paoluzzi, Alberto and Pascucci, Valerio and Vicentino,
Michele},
   doi =        {10.1145/212332.212349},
   issn =       {0730-0301},
   issue_date = {July 1995},
   journal =    {{ACM} Trans. Graph.},
   keywords =   {design language, functional programming, generative
modeling, geometric design, polyhedra, solid modeling,
variational geometry},
   month =      jul,
   number =     3,
   numpages =   {41},
   pages =      {266--306},
   publisher =  {Acm},
   title =      {Geometric programming: a programming approach to geometric
design},
   url =        {http://doi.acm.org/10.1145/212332.212349},
   volume =     14,
   year =       1995,
   doi =        {http://doi.acm.org/10.1145/212332.212349},
}
@article{Dicarlo:2014:TNL:2543138.2543294,
   acmid =      {2543294},
   address =    {Newton, MA, {USA}},
   author =     {DiCarlo, A. and Paoluzzi, A. and Shapiro, V.},
   doi =        {10.1016/j.cad.2013.08.044},
   issn =       {0010-4485},
   issue_date = {January, 2014},
   journal =    {Comput. Aided Des.},
   keywords =   {Chain complex, Representation scheme, Solid modeling,
Sparse matrix},
   month =      jan,
   numpages =   {6},
   pages =      {269--274},
   publisher =  {Butterworth-Heinemann},
   title =      {Linear Algebraic Representation for Topological
Structures},
   url =        {http://dx.doi.org/10.1016/j.cad.2013.08.044},
   volume =     46,
   year =       2014,
   doi =        {http://dx.doi.org/10.1016/j.cad.2013.08.044},
}
@article{ieee-tase,
   author =   {DiCarlo, A. and Milicchio, F. and Paoluzzi, A. and Shapiro,
V.},
   doi =      {10.1109/TASE.2009.2021342},
   issn =     {1545-5955},
   journal =  {Automation Science and Engineering, {IEEE} Transactions on},
   keywords = {Euler operators;Hasse matrix;block-bidiagonal
matrix;chain-based representations;local mesh
refinements;multilinear transformations;physical
modeling;solid modeling;topology-preserving mesh
refinements;matrix algebra;mesh generation;},
   month =    {July},
   number =   3,
   pages =    {454 -467},
   title =    {Chain-Based Representations for Solid and Physical Modeling},
   volume =   6,
   year =     2009,
   doi =      {http://dx.doi.org/10.1109/TASE.2009.2021342},
}
@techReport{BWWLA89,
   author =      {Backus, J. and Williams, J.H. and Wimmers, E.L. and Lucas,
P. and Aiken, A.},
   institution = {IBM Research Report},
   title =       {{FL} Language Manual, Parts 1 and 2.},
   volume =      {RJ 7100 (67163)},
   year =        1989,
}
@inCollection{fl-1,
   address =   {Boston, MA, {USA}},
   author =    {John Backus and John H. Williams and Edward L. Wimmers},
   booktitle = {Research topics in functional programming},
   isbn =      {0-201-17236-4},
   pages =     {219--247},
   publisher = {Addison-Wesley Longman Publishing Co., Inc.},
   title =     {An introduction to the programming language {FL}},
   year =      1990,
}
@article{backus:78,
   address =   {New York, NY, {USA}},
   author =    {John Backus},
   doi =       {http://doi.acm.org/10.1145/359576.359579},
   issn =      {0001-0782},
   journal =   {Commun. {ACM}},
   number =    8,
   pages =     {613--641},
   publisher = {{ACM} Press},
   title =     {Can programming be liberated from the {von Neumann} style?:
a functional style and its algebra of programs},
   volume =    21,
   year =      1978,
}
@article{BEKS14,
   abstract =    {The Julia programming language is gaining enormous
popularity. Julia was designed to be easy and fast. Most
importantly, Julia shatters deeply established notions
widely held in the applied community: 1. High-level,
dynamic code has to be slow by some sort of law of nature.
2. It is sensible to prototype in one language and then
recode in another language. 3. There are parts of a system
for the programmer, and other parts best left untouched as
they are built by the experts. Julia began with a deep
understanding of the needs of the scientific programmer and
the needs of the computer in mind. Bridging cultures that
have often been distant, Julia combines expertise from
computer science and computational science creating a new
approach to scientific computing. This note introduces the
programmer to the language and the underlying design
theory. It invites the reader to rethink the fundamental
foundations of numerical computing systems. In particular,
there is the fascinating dance between specialization and
abstraction. Specialization allows for custom treatment. We
can pick just the right algorithm for the right
circumstance and this can happen at runtime based on
argument types (code selection via multiple dispatch).
Abstraction recognizes what remains the same after
differences are stripped away and ignored as irrelevant.
The recognition of abstraction allows for code reuse
(generic programming). A simple idea that yields incredible
power. The Julia design facilitates this interplay in many
explicit and subtle ways for machine performance and, most
importantly, human convenience.},
   eprinttype =  {arXiv},
   author =      {Jeff Bezanson and Alan Edelman and Stefan Karpinski and
Viral B. Shah},
   eprint =      {1411.1607},
   month =       {November},
   eprintclass = {cs.MS},
   title =       {{J}ulia: A Fresh Approach to Numeric Computing},
   year =        2014,
}

@misc{ifc,
  title = {{Industry Foundation Classes}, ISO 16739:2013},
  howpublished = {\url{http://www.iso.org/iso/catalogue_detail.htm?csnumber=51622}},
  note = {Accessed: 2016-12-29},
  year= 2013,
  key = {ISO}
}

@article{akinade2015waste,
  title={Waste minimisation through deconstruction: A BIM based Deconstructability Assessment Score (BIM-DAS)},
  author={Akinade, Olugbenga O and Oyedele, Lukumon O and Bilal, Muhammad and Ajayi, Saheed O and Owolabi, Hakeem A and Alaka, Hafiz A and Bello, Sururah A},
  journal={Resources, Conservation and Recycling},
  volume={105},
  pages={167--176},
  year={2015},
  publisher={Elsevier}
}

@inproceedings{azhar2008building,
  title={Building Information Modeling (BIM): A new paradigm for visual interactive modeling and simulation for construction projects},
  author={Azhar, Salman and Nadeem, Abid and Mok, JY and Leung, BH},
  booktitle={Proc., First International Conference on Construction in Developing Countries},
  pages={435--446},
  year={2008}
}
  
  
@article{galic2014bim,
  title={BIM in planning deconstruction projects},
  author={Galic, M and Dolacek-Alduk, Z and Cerovecki, A and Glick, D and Abramovic, M},
  journal={eWork and eBusiness in Architecture, Engineering and Construction: ECPPM 2014},
  pages={81},
  year={2014},
  publisher={CRC Press}
}