3D printers allow for the creation of complex objects through an additive manufacturing process of layering materials. They have many potential medical benefits like creating customized prosthetics and organs for testing. However, 3D printers also raise legal issues around intellectual property and security concerns over printing of guns. The document discusses these advantages and challenges of the emerging 3D printing technology.
The document provides an overview of the evolution of 3D printing. It discusses the history of 3D printing technologies from 1987 to present day. Key developments include the invention of stereolithography in 1987, commercialization of fused deposition modeling (FDM) in 1991, and the expansion of available materials like plastics, metals, and food items in recent years. The document also outlines several applications of 3D printing in fields such as aerospace, prosthetics, footwear, jewelry, and construction.
This document analyzes the ethical and legal implications of 3D printing technology. It discusses how 3D printing is changing how society interacts with the internet and implements creativity. The document examines several uses of 3D printing, including casting, skin grafting, organ creation, prosthetics, bone creation and medicine production. It also discusses legal issues around 3D printing of guns. The document speculates on future uses of 3D printing such as printing food and housing, and concludes that people should understand the current uses and implications of this evolving technology.
This document outlines challenges and proposed actions related to improving web application security. It begins with a disclaimer and introduces the topic of treating software and application security with greater care and respect. It then proposes five focuses, including viewing application security as a business advantage and competitive differentiator. Twelve proposed actions for government and industry are listed, such as allowing ethical hacking and improving liability for security issues. Potential scenarios that could result from application vulnerabilities are presented to increase awareness of security risks. The document concludes by acknowledging some positive progress but notes that not enough developers and clients prioritize security.
The document discusses moving beyond transparency and control as the primary ways to address privacy concerns. It proposes a Privacy Adaptation Procedure that uses adaptive nudges based on contextualizing individual privacy preferences. These nudges would take into account the type of information, user characteristics, context, and other factors to determine the optimal default settings and justifications for different individuals in different situations. Examples show how nudges could be tailored depending on privacy profiles, gender, disclosure tendencies, and other variables.
Information Disclosure Profiles for Segmentation and RecommendationBart Knijnenburg
The document discusses moving beyond a one-size-fits-all approach to privacy by developing privacy profiles based on different tendencies to disclose types of information. These profiles can be used to provide tailored privacy recommendations and defaults by predicting a user's disclosure behaviors based on their profile, type of information, and recipient. The goal is to support individual privacy preferences while reducing the complexity of privacy controls.
This document is the October 2009 issue of The Holography Times, a journal about the hologram industry. It discusses a research team that is designing a holographic imaging system to detect ovarian cancer at early stages. It also covers global trends in using holograms to secure identity documents and developments in national ID cards in the UK and India. The issue highlights how holography protects identities, saves tax revenues, and safeguards lives.
As it is common with disruptive technologies, the advent of 3D printing brought with it a variety of legal challenges, including intellectual property concerns. In 2014, the 3D printing technology is not futuristic sci-fi anymore. Goldman Sachs, in a recent Global Investment Research report entitled The Search for Creative Destruction , included 3D printing in a list of seven technologies that are reshaping the way we live and are reinventing, the notion of what’s possible.
This article has two objectives. First, we quickly present how 3D printing works. Second, we discuss how 3D printing is raising new legal issues as it brings sophisticated manufacturing capabilities into the homes and offices of millions around the world and will become the next industrial revolution.
The document provides an overview of the evolution of 3D printing. It discusses the history of 3D printing technologies from 1987 to present day. Key developments include the invention of stereolithography in 1987, commercialization of fused deposition modeling (FDM) in 1991, and the expansion of available materials like plastics, metals, and food items in recent years. The document also outlines several applications of 3D printing in fields such as aerospace, prosthetics, footwear, jewelry, and construction.
This document analyzes the ethical and legal implications of 3D printing technology. It discusses how 3D printing is changing how society interacts with the internet and implements creativity. The document examines several uses of 3D printing, including casting, skin grafting, organ creation, prosthetics, bone creation and medicine production. It also discusses legal issues around 3D printing of guns. The document speculates on future uses of 3D printing such as printing food and housing, and concludes that people should understand the current uses and implications of this evolving technology.
This document outlines challenges and proposed actions related to improving web application security. It begins with a disclaimer and introduces the topic of treating software and application security with greater care and respect. It then proposes five focuses, including viewing application security as a business advantage and competitive differentiator. Twelve proposed actions for government and industry are listed, such as allowing ethical hacking and improving liability for security issues. Potential scenarios that could result from application vulnerabilities are presented to increase awareness of security risks. The document concludes by acknowledging some positive progress but notes that not enough developers and clients prioritize security.
The document discusses moving beyond transparency and control as the primary ways to address privacy concerns. It proposes a Privacy Adaptation Procedure that uses adaptive nudges based on contextualizing individual privacy preferences. These nudges would take into account the type of information, user characteristics, context, and other factors to determine the optimal default settings and justifications for different individuals in different situations. Examples show how nudges could be tailored depending on privacy profiles, gender, disclosure tendencies, and other variables.
Information Disclosure Profiles for Segmentation and RecommendationBart Knijnenburg
The document discusses moving beyond a one-size-fits-all approach to privacy by developing privacy profiles based on different tendencies to disclose types of information. These profiles can be used to provide tailored privacy recommendations and defaults by predicting a user's disclosure behaviors based on their profile, type of information, and recipient. The goal is to support individual privacy preferences while reducing the complexity of privacy controls.
This document is the October 2009 issue of The Holography Times, a journal about the hologram industry. It discusses a research team that is designing a holographic imaging system to detect ovarian cancer at early stages. It also covers global trends in using holograms to secure identity documents and developments in national ID cards in the UK and India. The issue highlights how holography protects identities, saves tax revenues, and safeguards lives.
As it is common with disruptive technologies, the advent of 3D printing brought with it a variety of legal challenges, including intellectual property concerns. In 2014, the 3D printing technology is not futuristic sci-fi anymore. Goldman Sachs, in a recent Global Investment Research report entitled The Search for Creative Destruction , included 3D printing in a list of seven technologies that are reshaping the way we live and are reinventing, the notion of what’s possible.
This article has two objectives. First, we quickly present how 3D printing works. Second, we discuss how 3D printing is raising new legal issues as it brings sophisticated manufacturing capabilities into the homes and offices of millions around the world and will become the next industrial revolution.
A reading of ibm research innovations - for 2018 and aheadPietro Leo
The document discusses IBM's research into various areas related to the future of technology, including the future of man-machine relations, machine intelligence, transactions, problem solving, and cyber security. Some of the key technologies and areas discussed include artificial interactions using systems like Soul Machines, AI debate systems, computer vision, speech recognition, virtual voice creation, foundations of AI including neural networks and hardware like the world's smallest computer and magnet. It provides examples of IBM's research into areas like image captioning, food recognition, language pattern analysis, and distributed deep learning.
This document is a project proposal discussing the possibilities of using augmented reality in healthcare, particularly in developing countries. It proposes using augmented reality tools like Microsoft HoloLens to guide doctors through complex medical procedures and surgeries. Simple AR applications could also help provide healthcare essentials and education in developing areas where access to medical knowledge is limited. The proposal argues this could significantly improve healthcare outcomes globally by allowing technology companies to shift their focus from consumer applications to improving quality of life, especially in impoverished communities.
Innovation Roundtable: The (actual and potential) impacts of 3D printing on b...Tim Minshall
3D printing (also known as Additive Manufacturing) has attracted a huge amount of interest. Some commentators believe that this technology has the potential to underpin a 'manufacturing revolution'. The truth is more complex and nuanced. 3D printing is not a single technology; it’s current application areas are numerous; and the impact it could have in a variety of sectors is hindered by multiple uncertainties. Researchers at the University of Cambridge and the University of Nottingham have been researching the ways in which 3D printing is changing current business models in a variety of sectors, and exploring the way in which these technologies could have a wider impact. This same team has also been gathering evidence to support the development of a UK national strategy for 3D printing / additive manufacturing. This presentation will provide an overview of the results of this research on 3D printing-enabled business model innovation, and highlight some of the current barriers and opportunities.
This document is the table of contents and editor's comments section from the Journal of Physical Security, Volume 6(1) from 2012. It lists 8 papers on topics like the Fukushima disaster, lock security, election security, and the role of private security. The editor's comments discuss additional topics like the relative dangers of terrorism vs other threats, controversies over publishing gain-of-function virus research, and challenges with biometric security and predicting job performance.
Creating an enterprise app store empowers users to select the right software to best perform their jobs or task in hand and access it almost instantly.
This document provides an overview of 3D printing and its applications in medical libraries and healthcare. It discusses what 3D printing is, how it works, emerging materials like living tissue and cells that can be printed, and current and potential future uses. These include presurgical modeling, implants, prosthetics, and tissue engineering. The document also outlines steps libraries can take to engage with 3D printing, such as creating makerspaces, and addresses common concerns around liability if a 3D printer was used to print a gun.
- 87% of survey respondents had heard of 3D printing, most commonly learning about it from the internet between 2012-2013. While applications like rapid prototyping were familiar, other uses were less well known.
- Respondents were unsure about the history of 3D printing's invention and earliest applications. Stereolithography, the basic 3D printing method, works by printing ultraviolet curable material in thin layers.
- Opinions were divided on whether 3D printed products could be widely used, with 55% remaining unsure though interest was shown. The presentation covered the survey results on public awareness and understanding of 3D printing.
3D printing has the potential to significantly disrupt intellectual property. As 3D printing becomes more accessible to the average consumer through lower-cost printers and the ability to print complex objects at home, it will become harder to control intellectual property. The document discusses how 3D printing may lead to the democratization of design and manufacturing, lowering barriers to entry and allowing for designs to be printed away from traditional controls. While some industries like aerospace and healthcare still have protection due to technical limitations today, the growing capabilities of 3D printing materials and machines increases the risks to the intellectual property system over time if democratization accelerates.
The document discusses how 3D printing may disrupt intellectual property. It notes that 3D printing could democratize manufacturing by allowing anyone to make anything at home. This may undermine the traditional IP system by making it hard to control designs and easy for people to print patented objects without permission. The document also examines how different industries like aerospace, healthcare, automotive and fashion may be impacted. It considers issues like how protectable designs are with 3D printing and the potential risks to the IP system if democratization of manufacturing increases.
3D Printing Technology Publication Wm EnosBill Enos
3D printing technology has advanced rapidly, enabling the production of complex objects from digital models through additive layering of materials. This emerging technology challenges risk management and insurance underwriting by creating new types of products and applications across many industries. 3D printing uses a variety of materials and processes like extrusion, powder binding, photopolymerization, and lamination to construct objects layer by layer. The widespread adoption of 3D printing introduces new liability risks that insurance carriers must address as the technology continues to evolve.
This document discusses 3D printing and its applications in medical libraries. It begins by explaining what 3D printing is and how it works. It then explores the various materials that can be 3D printed, including plastics, metals, electronics, proteins and living cells. Examples are given of how 3D printing is used for medical purposes such as surgical modeling, implants, prosthetics and transplants. The document also discusses emerging applications like bioprinting and 4D printing. It considers some of the challenges and opportunities 3D printing presents for medical libraries.
3D Printing Technology White Paper June 22 2014 FinalBill Enos
3D printing technology has advanced rapidly, allowing for the production of complex objects from digital models through additive layering of materials. This disrupts traditional manufacturing and challenges risk management and insurance underwriting. 3D printing has applications in prototyping, finished goods production, medical devices, construction, automotive, aerospace and more. Issues include the ability to print firearms and concerns about regulating online distribution of 3D printable files. The technology continues to develop and may one day enable printing of entire organs for transplantation.
This document discusses consumer privacy risks in the current online landscape from a behavioral perspective. It notes that more consumer data is available online than ever before due to companies' incentives to collect data and lower costs of doing so. However, consumers often do not think about privacy risks when sharing information or make inaccurate risk assessments due to cognitive biases. The document proposes behaviorally informed solutions to better protect consumers, including equipping consumers with privacy literacy, sensitizing them to risks, and using disclosure policies. It also suggests padding the environment by setting privacy-friendly defaults and including reminders or decision points about privacy. Overall, the document analyzes online privacy issues through a behavioral lens and puts forth solutions aimed at consumers and companies.
3D printing has the potential to significantly disrupt intellectual property and traditional business models by democratizing manufacturing. As 3D printing capabilities improve and the technology becomes more accessible at home, intellectual property may become increasingly irrelevant. Customization could replace intellectual property as individuals are able to make things with virtually any functionality away from traditional controls. The implications for intellectual property will depend on how quickly 3D printing capabilities spread and manufacturing becomes democratized.
History And Technology Research Paper apr132015John Murray
This document summarizes a research paper on the history of technology and its interaction with naval warfare. It discusses several cases throughout history where technological capabilities did not match the understanding or training of sailors, including Commodore Perry arming ships on Lake Erie in the War of 1812 and the first battle between the USS Monitor and CSS Merrimack. It also highlights successes like the role of codebreaking in the Battle of Midway during World War II. The paper examines how technology has both helped and hindered naval operations and how the relationship between sailors and their tools has evolved over time.
This Research Paper on Immigration offers you to understand what kind of information teachers want to know and how to write it properly. More advice are in this article https://essay-academy.com/account/blog/research-paper-on-immigration
This document discusses digital tools for collaborating in ESL classrooms. It begins by explaining that collaboration is emphasized in Ecuadorian education policy and standards. It then reviews literature showing that collaboration promotes knowledge construction, and digital tools can support collaboration through asynchronous and synchronous interactions. The document discusses constructs of collaboration and cooperative learning, and proposes that digital tools allow language learning to take place through social interaction. It reviews specific digital tools like discussion boards, email exchanges, and computer-assisted language learning programs that have been shown to improve language skills through collaborative online activities. Finally, it discusses elements of effective online collaboration, including establishing roles, accountability, and providing structured guidance and feedback.
The document discusses #GivingTuesday, an initiative to promote charitable giving on the Tuesday after Thanksgiving. In 2014, Hannah Terrey introduced #GivingTuesday to the UK with the aims of raising awareness, engaging charities and businesses as partners, and sharing resources. Highlights included launch events, a 14-city regional tour, a parliamentary reception, and online events. The regional roadshow involved presentations in local community spaces to engage local partners.
This document discusses the structure and process of writing a research paper. It covers the typical sections of a research paper - introduction, body, and conclusion. The introduction should provide context and an overview, while the body contains the main arguments or analysis. The conclusion restates the thesis and discusses implications. Choosing a good research topic is also addressed, noting it should be verifiable, interesting, and manageable in scope. Brainstorming different topic ideas from categories like people, events, trends and controversies can help identify a focus. Asking questions like who, what, when, where, why and how further narrows the topic.
Research 101 - Paper Writing with LaTeXJia-Bin Huang
Paper Writing with LaTeX
PDF: https://filebox.ece.vt.edu/~jbhuang/slides/Research%20101%20-%20Paper%20Writing%20with%20LaTeX.pdf
PPTX: https://filebox.ece.vt.edu/~jbhuang/slides/Research%20101%20-%20Paper%20Writing%20with%20LaTeX.pptx
Chapter 5 SUMMARY OF FINDINGS, CONCLUSION AND RECCOMENDATIONLJ Villanueva
The document summarizes the findings, conclusions, and recommendations of a study on the profile and performance evaluations of Filipino tour guides as perceived by local tourists. The main findings were that tourists rated guides highly in personality and communication skills, and adequately in technical skills. There was no significant difference found between tourist groups. It was concluded that guides need strong skills/knowledge and could improve grooming/appearance. Recommendations included guides improving personality traits and technical skills through reducing tactfulness and increasing politeness.
A reading of ibm research innovations - for 2018 and aheadPietro Leo
The document discusses IBM's research into various areas related to the future of technology, including the future of man-machine relations, machine intelligence, transactions, problem solving, and cyber security. Some of the key technologies and areas discussed include artificial interactions using systems like Soul Machines, AI debate systems, computer vision, speech recognition, virtual voice creation, foundations of AI including neural networks and hardware like the world's smallest computer and magnet. It provides examples of IBM's research into areas like image captioning, food recognition, language pattern analysis, and distributed deep learning.
This document is a project proposal discussing the possibilities of using augmented reality in healthcare, particularly in developing countries. It proposes using augmented reality tools like Microsoft HoloLens to guide doctors through complex medical procedures and surgeries. Simple AR applications could also help provide healthcare essentials and education in developing areas where access to medical knowledge is limited. The proposal argues this could significantly improve healthcare outcomes globally by allowing technology companies to shift their focus from consumer applications to improving quality of life, especially in impoverished communities.
Innovation Roundtable: The (actual and potential) impacts of 3D printing on b...Tim Minshall
3D printing (also known as Additive Manufacturing) has attracted a huge amount of interest. Some commentators believe that this technology has the potential to underpin a 'manufacturing revolution'. The truth is more complex and nuanced. 3D printing is not a single technology; it’s current application areas are numerous; and the impact it could have in a variety of sectors is hindered by multiple uncertainties. Researchers at the University of Cambridge and the University of Nottingham have been researching the ways in which 3D printing is changing current business models in a variety of sectors, and exploring the way in which these technologies could have a wider impact. This same team has also been gathering evidence to support the development of a UK national strategy for 3D printing / additive manufacturing. This presentation will provide an overview of the results of this research on 3D printing-enabled business model innovation, and highlight some of the current barriers and opportunities.
This document is the table of contents and editor's comments section from the Journal of Physical Security, Volume 6(1) from 2012. It lists 8 papers on topics like the Fukushima disaster, lock security, election security, and the role of private security. The editor's comments discuss additional topics like the relative dangers of terrorism vs other threats, controversies over publishing gain-of-function virus research, and challenges with biometric security and predicting job performance.
Creating an enterprise app store empowers users to select the right software to best perform their jobs or task in hand and access it almost instantly.
This document provides an overview of 3D printing and its applications in medical libraries and healthcare. It discusses what 3D printing is, how it works, emerging materials like living tissue and cells that can be printed, and current and potential future uses. These include presurgical modeling, implants, prosthetics, and tissue engineering. The document also outlines steps libraries can take to engage with 3D printing, such as creating makerspaces, and addresses common concerns around liability if a 3D printer was used to print a gun.
- 87% of survey respondents had heard of 3D printing, most commonly learning about it from the internet between 2012-2013. While applications like rapid prototyping were familiar, other uses were less well known.
- Respondents were unsure about the history of 3D printing's invention and earliest applications. Stereolithography, the basic 3D printing method, works by printing ultraviolet curable material in thin layers.
- Opinions were divided on whether 3D printed products could be widely used, with 55% remaining unsure though interest was shown. The presentation covered the survey results on public awareness and understanding of 3D printing.
3D printing has the potential to significantly disrupt intellectual property. As 3D printing becomes more accessible to the average consumer through lower-cost printers and the ability to print complex objects at home, it will become harder to control intellectual property. The document discusses how 3D printing may lead to the democratization of design and manufacturing, lowering barriers to entry and allowing for designs to be printed away from traditional controls. While some industries like aerospace and healthcare still have protection due to technical limitations today, the growing capabilities of 3D printing materials and machines increases the risks to the intellectual property system over time if democratization accelerates.
The document discusses how 3D printing may disrupt intellectual property. It notes that 3D printing could democratize manufacturing by allowing anyone to make anything at home. This may undermine the traditional IP system by making it hard to control designs and easy for people to print patented objects without permission. The document also examines how different industries like aerospace, healthcare, automotive and fashion may be impacted. It considers issues like how protectable designs are with 3D printing and the potential risks to the IP system if democratization of manufacturing increases.
3D Printing Technology Publication Wm EnosBill Enos
3D printing technology has advanced rapidly, enabling the production of complex objects from digital models through additive layering of materials. This emerging technology challenges risk management and insurance underwriting by creating new types of products and applications across many industries. 3D printing uses a variety of materials and processes like extrusion, powder binding, photopolymerization, and lamination to construct objects layer by layer. The widespread adoption of 3D printing introduces new liability risks that insurance carriers must address as the technology continues to evolve.
This document discusses 3D printing and its applications in medical libraries. It begins by explaining what 3D printing is and how it works. It then explores the various materials that can be 3D printed, including plastics, metals, electronics, proteins and living cells. Examples are given of how 3D printing is used for medical purposes such as surgical modeling, implants, prosthetics and transplants. The document also discusses emerging applications like bioprinting and 4D printing. It considers some of the challenges and opportunities 3D printing presents for medical libraries.
3D Printing Technology White Paper June 22 2014 FinalBill Enos
3D printing technology has advanced rapidly, allowing for the production of complex objects from digital models through additive layering of materials. This disrupts traditional manufacturing and challenges risk management and insurance underwriting. 3D printing has applications in prototyping, finished goods production, medical devices, construction, automotive, aerospace and more. Issues include the ability to print firearms and concerns about regulating online distribution of 3D printable files. The technology continues to develop and may one day enable printing of entire organs for transplantation.
This document discusses consumer privacy risks in the current online landscape from a behavioral perspective. It notes that more consumer data is available online than ever before due to companies' incentives to collect data and lower costs of doing so. However, consumers often do not think about privacy risks when sharing information or make inaccurate risk assessments due to cognitive biases. The document proposes behaviorally informed solutions to better protect consumers, including equipping consumers with privacy literacy, sensitizing them to risks, and using disclosure policies. It also suggests padding the environment by setting privacy-friendly defaults and including reminders or decision points about privacy. Overall, the document analyzes online privacy issues through a behavioral lens and puts forth solutions aimed at consumers and companies.
3D printing has the potential to significantly disrupt intellectual property and traditional business models by democratizing manufacturing. As 3D printing capabilities improve and the technology becomes more accessible at home, intellectual property may become increasingly irrelevant. Customization could replace intellectual property as individuals are able to make things with virtually any functionality away from traditional controls. The implications for intellectual property will depend on how quickly 3D printing capabilities spread and manufacturing becomes democratized.
History And Technology Research Paper apr132015John Murray
This document summarizes a research paper on the history of technology and its interaction with naval warfare. It discusses several cases throughout history where technological capabilities did not match the understanding or training of sailors, including Commodore Perry arming ships on Lake Erie in the War of 1812 and the first battle between the USS Monitor and CSS Merrimack. It also highlights successes like the role of codebreaking in the Battle of Midway during World War II. The paper examines how technology has both helped and hindered naval operations and how the relationship between sailors and their tools has evolved over time.
This Research Paper on Immigration offers you to understand what kind of information teachers want to know and how to write it properly. More advice are in this article https://essay-academy.com/account/blog/research-paper-on-immigration
This document discusses digital tools for collaborating in ESL classrooms. It begins by explaining that collaboration is emphasized in Ecuadorian education policy and standards. It then reviews literature showing that collaboration promotes knowledge construction, and digital tools can support collaboration through asynchronous and synchronous interactions. The document discusses constructs of collaboration and cooperative learning, and proposes that digital tools allow language learning to take place through social interaction. It reviews specific digital tools like discussion boards, email exchanges, and computer-assisted language learning programs that have been shown to improve language skills through collaborative online activities. Finally, it discusses elements of effective online collaboration, including establishing roles, accountability, and providing structured guidance and feedback.
The document discusses #GivingTuesday, an initiative to promote charitable giving on the Tuesday after Thanksgiving. In 2014, Hannah Terrey introduced #GivingTuesday to the UK with the aims of raising awareness, engaging charities and businesses as partners, and sharing resources. Highlights included launch events, a 14-city regional tour, a parliamentary reception, and online events. The regional roadshow involved presentations in local community spaces to engage local partners.
This document discusses the structure and process of writing a research paper. It covers the typical sections of a research paper - introduction, body, and conclusion. The introduction should provide context and an overview, while the body contains the main arguments or analysis. The conclusion restates the thesis and discusses implications. Choosing a good research topic is also addressed, noting it should be verifiable, interesting, and manageable in scope. Brainstorming different topic ideas from categories like people, events, trends and controversies can help identify a focus. Asking questions like who, what, when, where, why and how further narrows the topic.
Research 101 - Paper Writing with LaTeXJia-Bin Huang
Paper Writing with LaTeX
PDF: https://filebox.ece.vt.edu/~jbhuang/slides/Research%20101%20-%20Paper%20Writing%20with%20LaTeX.pdf
PPTX: https://filebox.ece.vt.edu/~jbhuang/slides/Research%20101%20-%20Paper%20Writing%20with%20LaTeX.pptx
Chapter 5 SUMMARY OF FINDINGS, CONCLUSION AND RECCOMENDATIONLJ Villanueva
The document summarizes the findings, conclusions, and recommendations of a study on the profile and performance evaluations of Filipino tour guides as perceived by local tourists. The main findings were that tourists rated guides highly in personality and communication skills, and adequately in technical skills. There was no significant difference found between tourist groups. It was concluded that guides need strong skills/knowledge and could improve grooming/appearance. Recommendations included guides improving personality traits and technical skills through reducing tactfulness and increasing politeness.
This is the seminar report of my presentation
Link for the pressentaion file is
http://www.slideshare.net/arjunrtvm/3d-printing-additive-manufacturing-with-awesome-animations-and-special-effects
Can social media become the final frontier in customer experience management? This research paper was published in Nirma International Conference on Management, 5th Jan 2012. ISBN 93-81361-68-1
Fourth revolution through 3 d technologyM S Siddiqui
The World Economic Forum (WEF) revealed that the 3D printing technology can change the world in ten ways. It can- (a) enable the blind and visually impaired people the chance to see, (b) create body plants e.g. bone implants to limbs, (c) produce lightweight casts for broken bones, (d) ensure faster medical progress, (e) make stronger and safer vehicles, (f) ensure better and cleaner factories by reducing the number of factory workers and waste produced by the industry, (g) ensure faster design and innovation, (h) promise less pollution from shipping, (i) guarantee better education in science, technology, engineering and mathematics as using printers the schools can make subjects more engaging, and (j) enable to make miniaturized devices to guarantee targeted medical treatment. Bangladesh may frame the rule and encourage the use of 3D technology without any legal and procedural intervention.
Help me build an international 3D printing community. Come here weekly to check out the latest trends, stats, and samples in 3D printing. Comments are welcome!
As 3D printers are become more affordable and versatile, they are destined to disrupt multiple industries. Here's what you need to know about this quickly accelerating technology.
3D printing, also known as additive manufacturing, was invented in 1983 by Charles Hull and has since revolutionized various fields. It works by building solid objects layer by layer from digital files. Advancements now allow printing with biological materials like cells. Applications include bioprinting human tissues and organs, as well as developing ways to 3D print customized nutritious foods in order to help address world hunger. While 3D printing has enabled tremendous innovation, it has also raised issues regarding intellectual property protection and the ability to print undetectable weapons.
Help me build an international 3D printing community. Come here weekly to check out the latest trends, stats and samples in 3D printing. Comments are welcome!
3D Printing / Scanning and Physical TherapyBohyun Kim
3D printing and scanning technologies are becoming increasingly relevant in health sciences and physical therapy. The presentation covered how 3D printing works by building objects layer by layer from a digital model. Examples were given of 3D printing being used to create customized medical devices, prosthetics, and for surgical planning. Attendees would see a demonstration of the 3D printers and scanner available in the HS/HSL Innovation Space and learn how to access and use these technologies.
Help me build an international 3D printing community. Come here weekly to check out the latest trends, stats, and samples in 3D printing. Comments are welcome!
The document discusses 3D printing in China. It provides background on the history and development of 3D printing, noting that it was introduced to China in 1988. It explores China's growing role in the 3D printing market and expectations that it will control one third of the global market by 2015. The document also examines some of the economic, political, legal, social, and environmental implications and challenges of expanding 3D printing in China. Recommendations include continuing to emphasize additive technologies as China has established an environment supportive of exploration and use of 3D printing.
3 Ways To Write An Essay On Sociology - WikiHowCarol
The document discusses the Robert Wood Johnson Foundation and its focus on improving community health. It works with physicians, educators, social workers and others to help people live healthier lives by addressing environmental factors like poverty, violence and stress that can negatively impact health. The foundation conducted a study showing that social skills like cooperation and sharing in kindergarten can predict educational attainment through age 25, leading to better life outcomes. It aims to provide stable family environments and support networks to help people have healthier lives.
3D printing or additive manufacturing is a process of making three dimensional solid objects from a digital file. The creation of a 3D printed object is achieved using additive processes. In an additive process an object is created by laying down successive layers of material until the entire object is created. Each of these layers can be seen as a thinly sliced horizontal cross-section of the eventual object.
3D Printing Reshapes Healthcare and MedicineSwathi Allada
It is expected that healthcare industry will be one of the top industries in driving the growth and adoption of the 3D printing market in the next decade.
3D printing by Ploy, Muk, Prim and OilPLOY-Laksika
1. The document discusses 3D printing and was submitted by Laksika Suntud, Siriprapakorn Sanworanart, Ramita Chalearmchutidath, and Chanya Charonesuppayanan.
2. 3D printing, also known as additive manufacturing, is a process for making 3D objects by laying down successive layers of material based on a digital file.
3. The inventor of 3D printing is Chuck Hull, who invented stereolithography and holds over 60 patents related to 3D printing and rapid prototyping.
3D printing has made leaps and bounds in recent years; even months, making it an exciting prospect for Tony Freeman and other entrepreneurs interested in technology.
Almost 30 years ago, long before plastic toys; machine parts, jewellery - even artificial organs - were being created by 3D printers using ultraviolet light and plastic, Charles Hull invented stereolithography. He became the first 3D printing technician by printing a plastic cup.
We are proud to announce our twentieth Innovation Excellence Weekly for Slideshare. Inside you'll find ten of the best innovation-related articles from the past week on Innovation Excellence - the world's most popular innovation web site and home to 5,000+ innovation-related articles.
3D bioprinting has potential to revolutionize medicine by enabling the creation of organs and tissues for transplantation. It allows for customized prosthetics and could decrease costs and wait times for organ transplants. Further development of the technology may one day enable the printing of more complex organs like kidneys and livers directly in patients. However, challenges remain such as ensuring quality control of bioprinted organs and regulating the industry.
Help me build an international 3D printing community. Come here weekly to check out the latest trends, stats, and samples in 3D printing. Comments are welcome!
1. Running head: 3D PRINTERS Payseno 1
3D Printers
Amber C. Payseno
IT 103-003
George Mason University
September 30th, 2014
"By placing this statement on my webpage, I certify that I have read and understand the
GMU Honor Code on http://oai.gmu.edu/the-mason-honor-code/. I am fully aware of the
following sections of the Honor Code: Understanding the Honor Code, Understanding the
Consequences. In addition, I have received permission from the copyright holder for any
copyrighted material that is displayed on my site. This includes quoting extensive amounts of
text, any material copied directly from a web page and graphics/pictures that are copyrighted.
This project or subject material has not been used in another class by me or any other student.
Finally, I certify that this site is not for commercial purposes, which is a violation of the
George Mason Responsible Use of Computing (RUC) Policy posted on
http://copyright.gmu.edu/?page_id=301 web site."
2. 3D PRINTERS Payseno 2
3D Printers
Introduction
Imagine that you had a child who was born with tracheobronchomalacia, a condition that
is hard to treat and is characterized by very dynamic airway collapsing and low respiratory rates.
Treatment involves a wire-mesh stent, which is put inside of the trachea to prevent it from
collapsing. It’s extremely difficult to do, especially in children. What if doctors told you that
there was an experimental treatment for this and that it involves the use of a three-dimensional,
or 3D, printer? A six week old child was brought several times to a doctor at Akron Children’s
Hospital in Ohio, who told them about researchers at the University of Michigan (UM) who were
testing airway splints to help the treatment of tracheobronchomalacia. Scott Hollister, a professor
of biomedical engineering at UM, and Glenn Green, associate professor of pediatric
otolaryngology at UM, created the splint. After receiving emergency clearance from the Food
and Drug Administration (FDA), Hollister and Green used computer-guided lasers to create the
plastic splint, made from polycaprolactone (PCL), for the six week old child. It was sewn around
his airway to expand his bronchus and provide support of tissue growth. After three years, his
trachea should rebuild itself and absorb the splint as the PCL degrades. This is just one of the
many amazing things that 3D printers are capable of. The advancements of this technology has
potential benefits, but has led to security issues, legal and ethical issues, and social issues.
Background
The market for 3D printing is fast growing and worth over $2.2 billion (GU, 2014). This
isn’t a new market though, the first form of the 3D printer was invented in the early 1980’s by
Chuck Hull. “3D printing, also referred to as additive manufacturing (AM), rapid prototyping
(RP), or solid-freeform technology (SFF)” (Gross, 2014). The improvements of this technology,
3. 3D PRINTERS Payseno 3
have allowed for different disciplines to take advantage of this. The majority of 3D printers use
stereolithography (SLA), the machine places layer by layer of resin that must be hardened by a
UV light before moving onto the next layer. Then each layer has to be lifted off the platform,
before moving on, this can cause the adhesion to rip making defects in the print or fail the entire
print. However, SLA isn’t ideal for speed and detail. A Californian company, Orange Maker, has
introduced a new method to 3D printing called heliolithography. Orange Maker has been
working on a 3D printer called Helios One that can print continuously, instead of moving a light
source back and forth across layers of resin, it rotates the platform as the resin hits the surface.
They replaced the UV light, but haven’t released what light source they will be using. The first
heliolithography 3D printer is planned to come to the market in 2015. Although the concept of
3D printing isn’t new, there are many more advancements to come, because technology is always
changing.
Potential Benefits
The 3D printer has numerous potential benefits. The medical field has had many
advancements with the use of 3D printers. From the Smithsonian Magazine, there was an article
posted that is called “7 Medical Advances to Watch in 2014”, and the top one to watch was 3D
printing in the medical field. “Last year Cornell Scientists printed out an artificial outer ear that
looks and works like the real thing. Meanwhile, researchers…have used printers to produce
blood vessels” (Rieland, 2014). Another advancement is in medical research, a company in San
Diego, named Organovo, stated that they will be printing a human liver this year. However, it
will not be suitable for a human, but they are using it to test in a lab for drug research. Another
article from the Smithsonian Magazine stated that “countless new products and prototypes
spanning an array of industries, from football cleats and pens to steel rocket parts and guns. Last
4. 3D PRINTERS Payseno 4
month, the technology helped replace 75% of a person’s damaged skull, and this week it restored
a man’s face after he lost half of it” (Koren, 2013). In the 2014 Super Bowl, the two teams wore
shoes that were designed by Nike; however, these aren’t the regular shoes that Nike designs. Part
of the cleats were created from a 3D printer, they are to help the players run faster and increase
traction.
Legal and Ethical Issues
One problem with 3D printers is that they allow people, who have a personal 3D printer,
the chance to use the advancements in technology to copy “legally recognized products of the
human intellect, such as copyrightable works, patented inventions, trademarks, and trade secrets”
(Ebenstein, 2014). An example of a legal issue from the Law Review from Miami University
was that a little girl wants a customized Barbie and with access to a 3D printer it could become a
reality for her. However, a customized Barbie from a 3D printer would be a breach of the law.
Infringement crimes may not seem like a major issue to most, but it is because it is stealing
money from a company. An unknown thing is if a 3D CAD file can be considered a trademark or
not.
Another problem with 3D printers is that a picture can be turned into a 3D CAD file. In
2011, an ATM skimmer gang used 3D printers to create skimmer and steam from ATM
machines. An ATM skimmer is a handcrafted product that can fit over the card slot and when
you swipe your card it swipes the details from your card. The criminal then receives your
account number and pin, then they just print an ATM card from their 3D printer, giving them full
access to your account. The problem with privacy in America has always been a huge issue,
Chicago artist Leo Selvaggio wants to use 3D printers to allow people the privacy they want, in
order to avoid security cameras and facial recognition. He recently launched a campaign to fund
5. 3D PRINTERS Payseno 5
“URME Surveillance” service. He is allowing others to use his identity, but 3D printing a mask
of his face. He claims that it is realistic and that people won’t take a second look at you on the
street if you are wearing it. This could lead to many robberies to go unsolved because soon many
criminals could be wearing a Selvaggio mask, making facial recognition virtually impossible.
Security Concerns
The security concerns with 3D printers is tied into the legal and ethical issues as well.
People are at risk of their security at the ATM due to the ATM skimmers who will steal their
account information and their money. They are at risk of being a victim, of a crime from a person
wearing the Selvaggio mask. However, the main security risk is 3D printing of guns. Cody
Wilson is the founder of DEFCAD, which is a file-sharing platform that makes obtaining a gun
by a few clicks of a mouse. Journalists wanted to demonstrate that they could print and smuggle
the functional plastic gun into the home of Israel’s top legislators. The file name of the
functioning plastic gun is ‘Liberator’, the file went viral and was downloaded over 400,000 times
before the State Department sent out a takedown notice. Policy experts argue that the printed
weapons do not pose a large threat because the bullets are hard to get.
However, Denmark’s Create it Real, is planning on distributing a software that can
identify and block the printing of gun parts. Another company is also trying to make it safer to
3D print, Authentise, recently filed a provisional patent to embed traceable information within
3D printed objects. Since the objects printed will have traceable information, each gun will be
unique, allowing forensics teams to link the gun back to its designer, the location it was printed,
and its use history. The two companies have different methods to keep the world safe, but they
can only do so much in the quickly evolving digital world.
Social Problems
6. 3D PRINTERS Payseno 6
The field of 3D printing is evolving rapidly, there are several kinds of issues that come
along with it. The final issue that will be covered is the social problems; however, the following
issue is less damaging than the prior issues. Dr. Croson, Dean of the College of Business from
University of Texas at Arlington, stated “Right now a lot of people see 3-D printing as
something of a curiosity” (Carter, 2014). This is the social problem that comes along with 3D
printing, it is such a complex concept that people do not believe that it is something that can be
done. Dr. Croson believes that students need to be taught about what the world is today, but what
it will be like in the future; whether, it be tomorrow, ten years from now, or twenty years from
now. This suggests that the social problem will soon be solved because now students will be
taught about this fast changing technology world.
Conclusion
The concept of 3D printing isn’t new to the technology world; however, it recently has
become a popular concept, and is evolving rapidly. All new products have kinks and 3D printers
aren’t immune to this; however, the fast paced technology world is quickly attempting to fix
these issues. Researchers are constantly breaking new ground with 3D printers in all different
disciplines, including the medical field and the architecture field. What will be the next ground
breaking discovery with 3D printers?
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References
Carter, O. (2014, January 1). EMBRACING the Next Dimension. UTArlington Magazing.
This article helped me to find social problems that are involved with 3D printers, there
aren’t very many problems in this topic. It gave me an idea of what the problem was
and how they plan to fix it.
Ebenstein, L. (2014). New Dimensions: 3D Printing and Intellectual Property Laws.
UNIVERSITY OF MIAMI LAW REVIEW. Retrieved September 28, 2014, from
http://lawreview.law.miami.edu/dimensions-3d-printing-intellectual-property-laws
This article helped me to understand what kind of legal issues can come from 3D
printing. It gave me examples to expand my knowledge about the legal issues that come
with this new technology.
Fleming, M. (2011, September 27). Criminals with 3D Printers Cash In by Printing
ATM Skimmers. Retrieved September 28, 2014, from http://www.3dprinter.net/3d-
printer-atm-skimmers-help-criminals-cash-in
This article helped me find information about crimes using 3D printers, specifically the
first known crime involving 3D printers. It helped me understand what ATM skimmers
are and how they use them to commit crimes.
Frank, A. (2013, October 1). Cody Wilson's War: Saving the World from 3D Printed Guns.
Retrieved September 29, 2014, from http://singularityhub.com/2013/10/01/cody-wilsons-
war-saving-the-world-from-3d-printed-guns/
This article helped me to understand the development of 3D printing of guns and how
people are either embracing it, trying to put a stop, or trying to create a safer way to
have them.
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Gross, B., Erkal, J., Lockwood, S., Chen, C., & Spence, D. (2014). Evaluation of 3D Printing
and Its Potential Impact on Biotechnology and the Chemical Sciences. Analytical
Chemistry, 86(7), 3240-3253.
This article helped me find a historical perspective on 3-D printers, it was posted
because it has nearly reached its 30 years since it was introduced.
Gu, J. (2014, July 1). Q&A: How does 3D printing work? Retrieved September 28, 2014, from
http://www.yalescientific.org/2014/07/qa-how-does-3d-printing-work/
This article helped me to understand the basics of how 3D printers work. This website is
published four times a year and the authors are Yale College students.
Iozzio, C. (2014, July 21). Coming in 2015: A Faster, Sharper Way to 3D Print. Smithsonian.
This article is all about the advancements in 3D printing and how it is about to be
improved by Orange Maker company. I understand the process of 3D printing from this
article.
Koren, M. (2013, April 4). Video: Research Produce Human Tissue-Like Material Using 3D
Printing. Smithsonian Magazine.
This article helped me to find more amazing things that the 3D printers have
accomplished and helped me to elaborate in the potential benefits section of this essay.
Monthly Profile - Matt Wheeler Modeling for Success. (2013). IGBNEWS, 6(6), 3-4. Retrieved
September 27, 2014, from http://www.igb.illinois.edu/sites/default/files/upload/13.090
IGB-News Oct.pdf
This journal is written for the IGB Community about their upcoming events,
administrative news, monthly profiles, around the IGB, and image of the month. They
9. 3D PRINTERS Payseno 9
also have achievements, awards, and information about the IGB community. I used this
journal to gain more information about the infant with tracheobronchomalacia.
Rieland, R. (2014, January 6). 7 Medical Advances to Watch in 2014. Smithsonian Magazine.
This article from the Smithsonian Magazine, helped me to write my potential benefits
sections because it gave me information about 3D printers in the medical field.
Rieland, R. (2014, January 29). This Super Bowl, Players Will Be Wearing 3D Printed Cleats.
Smithsonian Magazine.
This article from the Smithsonian Magazine, helped to create and add to Potential
Benefits section of the paper. It helped by showing that even sports can benefit from
3D printers.
Starnes, T. (2014, May 14). 3D Printed Face Masks Allow Wearers to Avoid Facial Recognition.
Retrieved September 29, 2014.
This article was written to inform people about the new advancement in 3D printing
that could lead to crimes. This website posts articles about how 3D printing is
changing and effecting many things. Such as how crimes work and how crimes are
committed.
The Institute for Genomic Biology. (2013, October 1). Retrieved September 28, 2014, from
http://www.igb.illinois.edu/news/3d-printed-splint-saves-infant’s-life
This article was written for the Institute of Genomic Biology at the University of
Illinois. It helped me with information about the child born with
tracheobronchomalacia and how it was treated.
Zopf, D., Hollister, S., Nelson, M., Ohye, R., & Green, G. (2013). Bioresorbable Airway Splint
Created with a Three-Dimensional Printer. The NEW ENGLAND JOURNAL of
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MEDICINE, 368(21), 2043-2045. Retrieved September 27, 2014, from
http://www.nejm.org/doi/full/10.1056/NEJMc1206319#t=article
This article was written for the New England Journal of Medicine, which is dedicated
to scientific literature for physicians to receive the best research and information at the
intersection of clinical practice and biomedical science. It provided me information to
me about what kind of things that 3-D printers can do.