Video Mapping Research Articles

Towards the Unmanned Aerial Vehicles (UAVs): A Comprehensive Review

Recently, unmanned aerial vehicles (UAVs), also known as drones, have come in a great diversity of several applications such as military, construction, image and video mapping, medical, search and rescue, parcel delivery, hidden area exploration, oil rigs and power line monitoring, precision farming, wireless communication and aerial surveillance. The drone industry has been getting significant attention as a model of manufacturing, service and delivery convergence, introducing synergy with the coexistence of different emerging domains. UAVs offer implicit peculiarities such as increased airborne time and payload capabilities, swift mobility, and access to remote and disaster areas. Despite these potential features, including extensive variety of usage, high maneuverability, and cost-efficiency, drones are still limited in terms of battery endurance, flight autonomy and constrained flight time to perform persistent missions. Other critical concerns are battery endurance and the weight of drones, which must be kept low. Intuitively it is not suggested to load them with heavy batteries. This study highlights the importance of drones, goals and functionality problems. In this review, a comprehensive study on UAVs, swarms, types, classification, charging, and standardization is presented. In particular, UAV applications, challenges, and security issues are explored in the light of recent research studies and development. Finally, this review identifies the research gap and presents future research directions regarding UAVs.

Application of Video Mapping Technique in Kotak Band Video Music

In the current development of visual videography technology, especially in the creation of music video content, new media are developing very rapidly, one of which is video projection (Projection Mapping). apart from the screen. Video Mapping is one of the newest video projection techniques used to convert almost any surface into a dynamic video display. The purpose of video mapping is to create the physical illusion of an image by combining visual elements. Most of the mapping projects are used in fashion shows, corporate events, concerts, and theater performances and can be an asset in artistic music videos. This research explains how to implement video projection into an artistic asset. Then displayed in public spaces to reach a wider audience. This paper will focus on the aspect of video mapping with the technical aspects of developing the concept of the Musik Video Kotak Band project entitled Wings of Garuda by using visual elements of applying visual video mapping in music videos to convey visual messages in video projections on the faces of the band members of the Kotak band. visual delivery in projection mapping creates artistic innovation in music video visuals to minimize the number of production teams in music video projects and messages in video projection visuals can convey their messages, the visuals will be perfected in the editing process to achieve the desired contrast so that video projections on the face more visible detail.

A Video Mapping Performance as an Innovative Tool to Bring to Life and Narrate a Pictorial Cycle

Video mapping is defined as a particular form of augmented reality capable of transforming any surface, flat or irregular, into a dynamic surface capable of enriching human sensory perception. Video mapping projections can become a medium to link the historical facts and the location by means of the valorisation of the monument and narration of its story through images and sounds. This paper aims to show how video mapping, beyond its purely technological aspect, can be linked to cultural heritage and represents a tool capable of becoming a mediator of culture, tradition, and legends. It is used to pass on and tell the legend of the foundation of the present Cathedral of Maria Santissima della Madia in Monopoli through the animation of the pictorial cycle by Nicolò Maria Signorile preserved in the church.

These streets were ours: remapping Dylan Thomas’s Swansea

Audio archives are a unique tool that have helped geographers further their spatial analyses of the world. Through listening to voices from the past, the historical geographies of places are revealed and can, then, be used to better understand the numerous narratives that shape a location. But what happens if we take these recordings and reinterpret them, using an artistic lens? Can we create fresh and alternative ways of displaying and doing cultural geography? In this short essay, I demonstrate how I used selected audio archives which discussed the formative years of the life of Welsh poet, Dylan Thomas, to create a video map which combines past and present representations of the city of Swansea, Wales, to reimagine the archives for a 21st-century audience. By doing so, I reflect on how when combined with artistic methods, audio archives can be a vital tool for mapping new and innovative understandings of place.

The Art of Video Mapping and its Applications Spatial Augmented Reality Applied Research Al-Zaytoonah University Buildings

The Art of Video Mapping and its Applications Spatial Augmented Reality Applied Research Al-Zaytoonah University Buildings

Research on fast video mapping method of borehole in front view

Research on fast video mapping method of borehole in front view

The Art of Video Mapping and its Applicationsspatial Augmented Realityapplied Researchal-Zaytoonah University Buildings

The Art of Video Mapping and its Applicationsspatial Augmented Realityapplied Researchal-Zaytoonah University Buildings

Research on fast video mapping method of borehole in front view

Camera borehole technology is widely used in borehole engineering, which can obtain the structure of deep-buried rock mass. However, when people recognise these images, there will be problems such as heavy workload, low efficiency and easy recognition errors. In order to solve these problems, this paper proposes a fast unfolding mosaic and fusion method of looped image in the forward view video. This paper proposes a borehole image expansion method with autonomous positioning of the borehole centre and adaptive adjustment of the expansion radius to achieve rapid and automatic image expansion. On this basis, an adaptive adjustment algorithm of image stitching points based on grey difference registration is proposed, which solves the defect of determining stitching points by artificial experience. The practical results show that the image mosaic technology is simple, the processing is flexible and efficient and the forward view borehole expansion map obtained has an ideal effect.

Analisis Survei Pengelolaan Arsip Unit di Universitas Sanata Dharma Yogyakarta

Archives are created in every institution large and small. College is one of the institutions that produces many archives of academic and administrative works. The archives created in universities need to be managed and stored so that they can be traced and utilized by the institution concerned and by other parties who need it. In line with this, Sanata Dharma University (USD) as the bearer of the Tri Dharma of Higher Education seeks to manage archives in all units at the university level. The management of the USD institutional archives is carried out by carrying out the mandate of the 2018-2022 USD RENSTRA, where the initial target for achievement is the 1993-2020 USD archives. Archival managers are expected to be able to collect and archive all USD institutional documents from 1955 s.d. 2020. Records management at the USD level is left to the USD Library.USD Library plans to carry out acquisitions/archive collection of units. This step was preceded by an online survey of records management in units, so that USD Libraries had an initial picture of archive management across all units in USD. This online survey was conducted using qualitative methods. The population in the survey is education staff, both permanent and non-permanent in USD, with a total of 376 people. The sample used in the survey is 76 people, the sample selection using convenience sampling technique.The survey results showed that there were 52 people who filled out the survey. The most types/subjects of archives owned by units in USD are curriculum archives (25 units), lectures (24 units) and student affairs (20 units). The largest media/archive form is print/paper (50 units), but most of the units have been digitized (43 units). Other archival media that are also owned by the unit are photos, souvenirs, compact disks, videos, digital video disks, blueprints, maps and technical drawings. The processing of unit archives in USD varies, both those that have been digitized (33 units), have been inventoried/recorded (25 units), have been numbered/coded (6 units), have been destroyed (2 units) to archives that have not been managed properly ( not yet digitized, not yet inventoried, not yet coded). There are archives that have been arranged in a filing cabinet/rack/file/order box (40 units), archives are organized by year/subject/alphabatic number (26 units). The majority of HR Archive Managers in all units do not have HR that specifically manages archives (48 units). The majority of archive borrowing is no archive loan. The majority of facilities/tools/software for archival tracing do not have facilities/tools/software for archival tracing (47 units). Permits for borrowing archives from units at Sanata Dharma University, the majority allowed borrowing archives (47 units). The majority of data collection/inventory of archive types to be borrowed from units at Sanata Dharma University answered that data collection/archive inventory was carried out by each unit to ensure the completeness and correctness of the archives to be borrowed (26 units). Static Archives Management and Storage at Sanata Dharma University answered that the USD Library only manages and stores digital archives and printed archives are stored in their respective units (29 units). The return of the static archives borrowed for processing by the USD Library, the majority answered that the printed static archives were returned to the unit (28 units).

Real-Time Web Map Construction Based on Multiple Cameras and GIS

Previous VideoGIS integration methods mostly used geographic homography mapping. However, the related processing techniques were mainly for independent cameras and the software architecture was C/S, resulting in large deviations in geographic video mapping for small scenes, a lack of multi-camera video fusion, and difficulty in accessing real-time information with WebGIS. Therefore, we propose real-time web map construction based on the object height and camera posture (RTWM-HP for short). We first consider the constraint of having a similar height for each object by constructing an auxiliary plane and establishing a high-precision homography matrix (HP-HM) between the plane and the map; thus, the accuracy of geographic video mapping can be improved. Then, we map the objects in the multi-camera video with overlapping areas to geographic space and perform the object selection with the multi-camera (OS-CDD) algorithm, which includes the confidence of the object, the distance, and the angle between the objects and the center of the cameras. Further, we use the WebSocket technology to design a hybrid C/S and B/S software framework that is suitable for WebGIS integration. Experiments were carried out based on multi-camera videos and high-precision geospatial data in an office and a parking lot. The case study’s results show the following: (1) The HP-HM method can achieve the high-precision geographic mapping of objects (such as human heads and cars) with multiple cameras; (2) the OS-CDD algorithm can optimize and adjust the positions of the objects in the overlapping area and achieve a better map visualization effect; (3) RTWM-HP can publish real-time maps of objects with multiple cameras, which can be browsed in real time through point layers and hot-spot layers through WebGIS. The methods can be applied to some fields, such as person or car supervision and the flow analysis of customers or traffic passengers.

Video block and FABEMD features for an effective and fast method of reporting near-duplicate and mirroring videos

Near-duplicate video content has taken the large storage space in the age of big data. Without respecting the copyright ethic, social media users mirror, resize, and/or hide certain online video content and re-upload it as new data. This research aims to avoid the complex and high-dimensional matching and present an efficient approach for detecting near-duplicate videos, this detection is based on feature extraction using visual, motion, and high-level features. Fast and adaptive bidimensional empirical mode decomposition is used to preserve the relevant data to the furthest extent possible during the low/high-frequency transition and vice-versa. In addition, for a generic model, the invariant moments are added to the aforementioned features in order to reinforce them against different video transformations such as rotating and scaling. Furthermore, the video frames are divided into blocks with a fixed number of features, this set of features is represented by a signature, where its mean and standard deviation represents a single video map allowing easy similarity computation. The F1-score and accuracy are used to evaluate the results of this study; the relevant results are ranked by Top_{1} for the best result, and the five top-ranked results are presented by Top_{5}. Further, our result of Top_{1} reached over 80% on F1-score, with a difference of ±4% from the Top_{5} results, and it is over 90% on Accuracy using different datasets, such as UCF11, UCF50, and HDMB51.

Visual Creativity of Protests in Romania (2016-2019)

After the pictorial turn, it is not surprising that political messages are more and more often presented in a visual form. Today, the battle between great ideas is not only fought via texts, but also through real and virtual images, or, through imagetexts. This paper tackles the image politics of the Romanian post-2016 anti-government popular resistance through some typical cases of imagetext: hashtags, symbols, video mapping, posters and some cases of visible space-occupation. These examples can present the anonymous (in some cases professional) artistic creativity, which helps the formation of social solidarity and crystallizes the message of the resistance.

THE APPLICATION OF VISUAL MAPPING AS A NEW MEDIA TO SUPPORT THE ATMOSPHERE AND AMBIANCE IN MUSIC EVENTS

ABSTRACT 
 So many music shows are held in Indonesia. Music shows are now also decorated by Video background or known as Visual Mapping. Visual Mapping is a new medium on the stage. This makes the writer want to make an observation on the atmosphere and ambiance provided by a Visual Mapping on a music event. Qualitative methods with observative techniques and interviews to obtain data and information needed to be used as a basis for data collection. The writer expects that visual mapping observation will be able to provide an explanation regarding visual mapping as a new media that provides an atmosphere & ambiance as well as a new experience for visitors.
 
 Keyword: Music Event, Motion Graphics, Video Mapping, Ambience, Media.

THE APPLICATION OF VISUAL MAPPING AS A NEW MEDIA TO SUPPORT THE ATMOSPHERE AND AMBIANCE IN MUSIC EVENTS

So many music shows are held in Indonesia. Music shows are now also decorated by Video background or known as Visual Mapping. Visual Mapping is a new medium on the stage. This makes the writer want to make an observation on the atmosphere and ambiance provided by a Visual Mapping on a music event. Qualitative methods with observative techniques and interviews to obtain data and information needed to be used as a basis for data collection. The writer expects that visual mapping observation will be able to provide an explanation regarding visual mapping as a new media that provides an atmosphere & ambiance as well as a new experience for visitors.
 Keyword: Music Event, Motion Graphics, Video Mapping, Ambience, Media.

PERANCANGAN MEDIA PROMOSI PRODUKAP GUITARS MELALUI AUDIO VISUAL

AP Guitars company produces the guitar, the uniqueness of this guitar is the design shape of the neck and head of the guitar which has a V-shaped guitar neck contour and there are carvings to decorate and company character. Due to the lack of promotion of the media used to promote, it is necessary to have a more effective promotional media through Audio Visual media to attract potential consumers and introduce them to the wider community. The design of the AP Guitars Product Promotion Video uses a qualitative method as a source in collecting AP Guitars Product Promotion Video Design using the delivery of messages in the form of Audio Visual with the concept of Video Mapping, namely by highlighting objects or products with a monitor screen whose visuals have been adjusted to the highlighted product. The supporting media used to support the main media in the form of audio visual consists of posters, x-banners, tshirts, price tags, guitar straps, guitar bags, guitar picks, and product catalog books ..Audio visual works that have been created will be uploaded through the channel. youtube company AP guitars as promotional media

Video Mapping for Sea Turtle Preservation Education Campaign

This study aims to produce video mapping design concept to educate the topic on sea turtle conservation for all levels of Indonesian societies, especially in the Jakarta Aquarium recreation facilities. Indonesia, a tropical country with variety of natural resources and habitat of the endangered sea turtles required a protection on their habitat by the government. There are 6 types of sea turtles spread across the vast 138 different waters in Indonesia. Efforts of preservation as part of the world's ecosystem need to be done by various parties. The Visual Communication Design, as a major whom proficient in the perceptive communication language has a big role in delivering the message and exploring media for public education about the importance of maintaining the balance of the turtle ecosystem. Video mapping or projection art, is a contemporary technique of delivering information through visual images using lighting and projection so as to produce optical illusions on the object being directed. Through visual communication design method, the result is a video mapping design concept to display a provoking animation meant to visualize the grueling condition and survivability of sea turtles in recent years and to gain awareness for preserving and protecting the natural environment. The video mapping design concept can be used for environmental issues learning materials for youth.

Specifics of Modern Video Installations: Projection Mapping as a Form of Digital Art

The specifics of the development of projection mapping in historical retrospect and at the present stage are studied. The peculiarities of video mapping as a unique direction of audiovisual art of the end of the XX - the beginning of the XXI century are revealed. It is emphasized that as a phenomenon of digital art in which technology is organically combined with architecture, sculpture, theater, choreography, fashion or design, video mapping provides information about content, combining audiovisual elements and representing them with a projector. These elements emphasize the concept of the work of art, which builds the relationship between images, perception and space.

INFOGRAFIS PENCEGAHAN COVID 19 MELALUI EKSPLORASI DOKUMENTASI VIDEO PROJECTION MAPPING

The process of changing the initial shape of a facade into a new shape resulting in an optical illusion is an activity called Video Mapping. These objects will visually change from their usual form into a new form that is different and very fantastic. Projection mapping is a medium that can provide the audience with experience to feel three-dimensional effects in two-dimensional fields, or it can also be called immersive media. With the display of a projection mapping on a flat plane, it is possible to reach a wider segment of the material and content regarding government policies related to the Covid-19 preventive health protocol which can be displayed through projection video mapping media. Planning to create work for the Video Projection Mapping Documentation is none other than the departure from anxiety about the presence of conventional media and social media which report simply and monotonously related to government policies related to the prevention of Covid-19 and its health protocols. This is what causes people to just casually respond to the infographic because the content and visualization lack persuasive, dramatic and creative power. Because of this, a method of art creation is formulated in this artistic research, namely how to create infographics that emphasize new media as an alternative media for socializing government policies related to Covid-19 through the creation of the work Documentation Video Projection Mapping as an alternative media for the socialization of Covid-19 prevention.
 Keywords: infografis, ekplorasi, video dokumentasi, projection mapping

Structure and Features of Audiovisual Content Design of Architectural 3D‑mapping

A large number of global architectural 3D mapping projects are reviewed and systematized in the article. The research vocabulary is adjusted in the introductory part of the article. The fact is that the “3D” prefix of “3D mapping” term refers to work with three-dimensional surfaces as well as three-dimensional technologies and content visualization tools. In addition, it is proposed to abandon the particle “video” in the term “video mapping” as video technology, as such, is used in this type of multimedia design much less common than different types of animation. A review of the research literature has shown that works devoted to the research topic are fragmentary and do not cover the topic of architectural 3D mapping diversity. The main body of the article systematizes the design concepts of audiovisual content of 3D projections in a number of thematic areas in which this industry of multimedia design is currently developing. A significant part of such topics is dictated by organizing committees of international competitions and festivals of 3D mapping. First of all, these are topics that demonstrate ideas and logic of architectural design. Facades are also used as canvases to display animated art works. They reproduce color and spatial abstractions developed in technologies of three-dimensional and generative animation. Audiovisual shows on buildings reveal philosophical concepts of designers, raise issues of technical and technological progress and environmental issues. Illustration of historical events on the facades of houses with rich past is traditional in architectural 3D mapping. Mythological scenes are also revealed in audiovisual projections and fantastic ideas are realized. Architectural 3D mapping finds its practical use in brand advertising. This study will allow organizers of festivals and contests, designers working in this field to have greater understanding of thematic diversity of 3D mapping projects. The present study may serve the basis for deepening the consideration of a particular topic of architectural 3D mapping in the areas of analysis of project design features and complexity of audiovisual concepts.

THE APPLICATION OF TECHNOLOGY IN MUSEUMS

Alongside with collections in form of historical objects, as well as objects related to human culture, museums have taken an important role in providing education, especially for tourists who visiting a destination. However, at its conditions who have lack of innovation, has implications for declining number in interest of tourists to come and dig deeper into the collections in museum. This research set an objective to answer how could technology applied in museum. Research has been done through Focus Group Discussion (FGD) and depth observation conducted on January 2020, in Jakarta. Nine informants/participants involved during FGD, including 5 museums (public and private), 2 technology providers, and 1 museum users community. Research indicates that strong cooperation between museums and technology providers has been elaborated, in particular in several museums in Jakarta. Augmented Reality and Virtual Reality are two most applications applied. Meanwhile, museums have established several platforms for security and data collection purposes. Both parties will try to add more platforms through video mapping application, projection mapping, virtual tour, and internet of things (IoT) operations. Process of increasing experience and immersion encounters obstacles, to provide additional experience to visitors, so that all five senses that exist in visitors, can enjoy all museum collection. Technology could embrace interaction and immersion to add more experience value on visitors. Thus, tourism industry would be more attractive with the presences of museums.