Augmented reality implementation on the apple IOS platform

Ubrzan tehnološki razvoj doveo je računalnu grafiku do razine pri kojoj njena primjena u svrhu proširivanja stvarnosti otvara novu perspektivu u definiranju koncepta stvarnosti. Tim slijedom pojam proširene stvarnosti predstavlja okosnicu stvarnog i virtualnog. Milgramov kontinuum dijeli stvarnost na četiri razine: Stvarnost, proširenu stvarnost, prošireni privid i virtualnu stvarnost koje obuhvaća pod zajedničkim nazivom „mješovita stvarnost“. Koncept proširene stvarnosti počiva na kombinaciji stvarnog i virtualnog okruženja čija se interakcija u realnom vremenu poravnava na osnovu prostornih koordinata deriviranih iz procesa prikupljanja podataka. Iako virtualna i proširena stvarnost nisu sinonimi, dijele nekolicinu sličnosti. Dok virtualna stvarnost kreira umjetan svijet uz mogućnost interakcije, proširena stvarnost nudi interaktivno iskustvo nadograđujući realno okruženje korisnika.Rapid advancements in technology have elevated computer graphics to the level at which its application for augmented reality purposes has spawned a new approach in regards to defining the concept of reality. Therefore the term “Augmented Reality” forms the backbone of the real and virtual worlds. Milgram’s continuum divides reality into four different levels; Reality, Augmented Reality, Augmented Virtuality and Virtual Reality, which are commonly referred to as “Mixed Reality”. The concept of augmented reality rests on the combination of real and virtual environments whose real-time interactions are aligned based on spatial coordinates derived from the data collection process. Even though virtual and augmented reality are not synonymous, they share several similarities. While virtual reality tends to create a purely artificial world with the possibility of interaction, augmented reality offers an interactive experience by augmenting the actual environment in the eyes of the user

Augmented reality implementation on the apple IOS platform

Ubrzan tehnološki razvoj doveo je računalnu grafiku do razine pri kojoj njena primjena u svrhu proširivanja stvarnosti otvara novu perspektivu u definiranju koncepta stvarnosti. Tim slijedom pojam proširene stvarnosti predstavlja okosnicu stvarnog i virtualnog. Milgramov kontinuum dijeli stvarnost na četiri razine: Stvarnost, proširenu stvarnost, prošireni privid i virtualnu stvarnost koje obuhvaća pod zajedničkim nazivom „mješovita stvarnost“. Koncept proširene stvarnosti počiva na kombinaciji stvarnog i virtualnog okruženja čija se interakcija u realnom vremenu poravnava na osnovu prostornih koordinata deriviranih iz procesa prikupljanja podataka. Iako virtualna i proširena stvarnost nisu sinonimi, dijele nekolicinu sličnosti. Dok virtualna stvarnost kreira umjetan svijet uz mogućnost interakcije, proširena stvarnost nudi interaktivno iskustvo nadograđujući realno okruženje korisnika.Rapid advancements in technology have elevated computer graphics to the level at which its application for augmented reality purposes has spawned a new approach in regards to defining the concept of reality. Therefore the term “Augmented Reality” forms the backbone of the real and virtual worlds. Milgram’s continuum divides reality into four different levels; Reality, Augmented Reality, Augmented Virtuality and Virtual Reality, which are commonly referred to as “Mixed Reality”. The concept of augmented reality rests on the combination of real and virtual environments whose real-time interactions are aligned based on spatial coordinates derived from the data collection process. Even though virtual and augmented reality are not synonymous, they share several similarities. While virtual reality tends to create a purely artificial world with the possibility of interaction, augmented reality offers an interactive experience by augmenting the actual environment in the eyes of the user

innovative applications of augmented reality

Ubrzan tehnološki razvoj doveo je računalnu grafiku do razine pri kojoj njena primjena u svrhu proširivanja stvarnosti otvara novu perspektivu u definiranju koncepta stvarnosti. Tim slijedom pojam proširene stvarnosti predstavlja okosnicu stvarnog i virtualnog. Milgramov kontinuum dijeli stvarnost na četiri razine: Stvarnost, proširenu stvarnost, prošireni privid i virtualnu stvarnost koje obuhvaća pod zajedničkim nazivom „mješovita stvarnost“. Koncept proširene stvarnosti počiva na kombinaciji stvarnog i virtualnog okruženja čija se interakcija u realnom vremenu poravnava na osnovu prostornih koordinata deriviranih iz procesa prikupljanja podataka. Iako virtualna i proširena stvarnost nisu sinonimi, dijele nekolicinu sličnosti. Dok virtualna stvarnost kreira umjetan svijet uz mogućnost interakcije, proširena stvarnost nudi interaktivno iskustvo nadograđujući stvarno okruženje korisnika.Rapid advancements in technology have elevated computer graphics to the level at which its application for augmented reality purposes has spawned a new approach in regards to defining the concept of reality. Therefore the term “Augmented Reality” forms the backbone of the real and virtual worlds. Milgram’s continuum divides reality into four different levels; Reality, Augmented Reality, Augmented Virtuality and Virtual Reality, which are commonly referred to as “Mixed Reality”. The concept of augmented reality rests on the combination of real and virtual environments whose real-time interactions are aligned based on spatial coordinates derived from the data collection process. Even though virtual and augmented reality are not synonymous, they share several similarities. While virtual reality tends to create a purely artificial world with the possibility of interaction, augmented reality offers an interactive experience by augmenting the actual environment in the eyes of the user

innovative applications of augmented reality

Ubrzan tehnološki razvoj doveo je računalnu grafiku do razine pri kojoj njena primjena u svrhu proširivanja stvarnosti otvara novu perspektivu u definiranju koncepta stvarnosti. Tim slijedom pojam proširene stvarnosti predstavlja okosnicu stvarnog i virtualnog. Milgramov kontinuum dijeli stvarnost na četiri razine: Stvarnost, proširenu stvarnost, prošireni privid i virtualnu stvarnost koje obuhvaća pod zajedničkim nazivom „mješovita stvarnost“. Koncept proširene stvarnosti počiva na kombinaciji stvarnog i virtualnog okruženja čija se interakcija u realnom vremenu poravnava na osnovu prostornih koordinata deriviranih iz procesa prikupljanja podataka. Iako virtualna i proširena stvarnost nisu sinonimi, dijele nekolicinu sličnosti. Dok virtualna stvarnost kreira umjetan svijet uz mogućnost interakcije, proširena stvarnost nudi interaktivno iskustvo nadograđujući stvarno okruženje korisnika.Rapid advancements in technology have elevated computer graphics to the level at which its application for augmented reality purposes has spawned a new approach in regards to defining the concept of reality. Therefore the term “Augmented Reality” forms the backbone of the real and virtual worlds. Milgram’s continuum divides reality into four different levels; Reality, Augmented Reality, Augmented Virtuality and Virtual Reality, which are commonly referred to as “Mixed Reality”. The concept of augmented reality rests on the combination of real and virtual environments whose real-time interactions are aligned based on spatial coordinates derived from the data collection process. Even though virtual and augmented reality are not synonymous, they share several similarities. While virtual reality tends to create a purely artificial world with the possibility of interaction, augmented reality offers an interactive experience by augmenting the actual environment in the eyes of the user

Awareness and use of evidence-based medicine information among patients in Croatia: a nation-wide crosssectional study

Aim To determine the use of evidence-based medicine (EBM) information and the level of awareness and knowledge of EBM among patients in Croatia. Methods A cross-sectional study was conducted among 987 patients in 10 family medicine practices in Croatia. Patients from both urban (n = 496) and rural (n = 482) areas were surveyed. A 27-item questionnaire was used to collect data about sources that patients searched for medical information, patient awareness and use of Cochrane systematic reviews and other EBM resources, and their demographic characteristics. Results Half of the patients searched for medical information from sources other than physician. Internet was the most common place they searched for information. Very few patients indicated using EBM sources for medical information; one fifth of patients heard of EBM and 4% of the patients heard of the Cochrane Collaboration. Patients considered physician’s opinion as the most reliable source of medical information. A logistic regression model showed that educational level and urban vs rural residence were the predictors of awareness about EBM and systematic reviews (P < 0.001 for both). Conclusion Our finding that patients consider a physician’s opinion to be the most reliable source of healthrelated information could be used for promotion of highquality health information among patients. More effort should be devoted to the education of patients in rural areas and those with less formal education. New avenues for knowledge translation and dissemination of high-quality health information among patients are necessary

Awareness and use of evidence-based medicine information among patients in Croatia: a nation-wide cross-sectional study.

Aim was to determine the use of evidence-based medicine (EBM) information and the level of awareness and knowledge of EBM among patients in Croatia. A cross-sectional study was conducted among 987 patients in 10 family medicine practices in Croatia. Patients from both urban (n=496) and rural (n=482) areas were surveyed. A 27-item questionnaire was used to collect data about sources that patients searched for medical information, patient awareness and use of Cochrane systematic reviews and other EBM resources, and their demographic characteristics. Half of the patients searched for medical information from sources other than physician. Internet was the most common place they searched for information. Very few patients indicated using EBM sources for medical information ; one fifth of patients heard of EBM and 4% of the patients heard of the Cochrane Collaboration. Patients considered physician's opinion as the most reliable source of medical information. A logistic regression model showed that educational level and urban vs rural residence were the predictors of awareness about EBM and systematic reviews (P<0.001 for both). Our finding that patients consider a physician's opinion to be the most reliable source of health-related information could be used for promotion of high-quality health information among patients. More effort should be devoted to the education of patients in rural areas and those with less formal education. New avenues for knowledge translation and dissemination of high-quality health information among patients are necessary

Awareness and use of evidence-based medicine information among patients in Croatia: a nation-wide cross-sectional study.

Aim was to determine the use of evidence-based medicine (EBM) information and the level of awareness and knowledge of EBM among patients in Croatia. A cross-sectional study was conducted among 987 patients in 10 family medicine practices in Croatia. Patients from both urban (n=496) and rural (n=482) areas were surveyed. A 27-item questionnaire was used to collect data about sources that patients searched for medical information, patient awareness and use of Cochrane systematic reviews and other EBM resources, and their demographic characteristics. Half of the patients searched for medical information from sources other than physician. Internet was the most common place they searched for information. Very few patients indicated using EBM sources for medical information ; one fifth of patients heard of EBM and 4% of the patients heard of the Cochrane Collaboration. Patients considered physician's opinion as the most reliable source of medical information. A logistic regression model showed that educational level and urban vs rural residence were the predictors of awareness about EBM and systematic reviews (P<0.001 for both). Our finding that patients consider a physician's opinion to be the most reliable source of health-related information could be used for promotion of high-quality health information among patients. More effort should be devoted to the education of patients in rural areas and those with less formal education. New avenues for knowledge translation and dissemination of high-quality health information among patients are necessary

Awareness and use of evidence-based medicine information among patients in Croatia: a nation-wide cross-sectional study

Aim was to determine the use of evidence-based medicine (EBM) information and the level of awareness and knowledge of EBM among patients in Croatia. A cross-sectional study was conducted among 987 patients in 10 family medicine practices in Croatia. Patients from both urban (n=496) and rural (n=482) areas were surveyed. A 27-item questionnaire was used to collect data about sources that patients searched for medical information, patient awareness and use of Cochrane systematic reviews and other EBM resources, and their demographic characteristics. Half of the patients searched for medical information from sources other than physician. Internet was the most common place they searched for information. Very few patients indicated using EBM sources for medical information ; one fifth of patients heard of EBM and 4% of the patients heard of the Cochrane Collaboration. Patients considered physician's opinion as the most reliable source of medical information. A logistic regression model showed that educational level and urban vs rural residence were the predictors of awareness about EBM and systematic reviews (P<0.001 for both). Our finding that patients consider a physician's opinion to be the most reliable source of health-related information could be used for promotion of high-quality health information among patients. More effort should be devoted to the education of patients in rural areas and those with less formal education. New avenues for knowledge translation and dissemination of high-quality health information among patients are necessary