Matching Items (10)
Description
MOVE was a choreographic project that investigated content in conjunction with the creative process. The yearlong collaborative creative process utilized improvisational and compositional experiments to research the movement potential of the human body, as well as movement's ability to be an emotional catalyst. Multiple showings were held to receive feedback from a variety of viewers. Production elements were designed in conjunction with the development of the evening-length dance work. As a result of discussion and research, several process-revealing sections were created to provide clear relationships between pedestrian/daily functional movement and technical movement. Each section within MOVE addressed movement as an emotional catalyst, resulting in a variety of emotional textures. The sections were placed in a non-linear structure in order for the audience to have the space to create their own connections between concepts. Community was developed in rehearsal via touch/weight sharing, and translated to the performance of MOVE via a communal, instinctive approach to the performance of the work. Community was also created between the movers and the audience via the design of the performance space. The production elements all revolved around the human body, and offered different viewpoints into various body parts. The choreographer, designers, and movers all participated in the creation of the production elements, resulting in a clear understanding of MOVE by the entire community involved. The overall creation, presentation, and reflection of MOVE was a view into the choreographer's growth as a dance artist, and her values of people and movement.
ContributorsPeterson, Britta Joy (Author) / Fitzgerald, Mary (Thesis advisor) / Schupp, Karen (Committee member) / Mcneal Hunt, Diane (Committee member) / Arizona State University (Publisher)
Created2013
Description
The purpose of my creative research was to analyze my choreographic process and answer the research question: how will implementing somatic principles impact my choreographic process? In determining the impact I analyzed the use of choreographic approaches that bring proprioceptive awareness to interdisciplinary somatic themes of bodily systems, sensing, connectivity, initiation and sequencing. These somatic themes were utilized in movement invention and exploration as well as the structuring and performance of my choreography. Additionally, the research involved clarifying my role as a choreographer and my relationship to the dancers in my work. My creative research occurred in three choreographic phases and resulted in the production of B.O.D.I.E.S performed in three consecutive sections titled Discovery, Exploration, and Identity November 5-7, 2010. B.O.D.I.E.S demonstrates how somatics will lead to greater movement possibilities and dynamic range to explore in the craft of dance making.
ContributorsHillerby, Rebecca Blair (Author) / Schupp, Karen (Thesis advisor) / Roses-Thema, Cynthia (Thesis advisor) / Coleman, Grisha (Committee member) / Arizona State University (Publisher)
Created2011
Description
The Mormon Plan of Salvation explains that people originate in a heavenly state and are sent to Earth in a physical form, where they aspire to lead good lives and gain wisdom in order to reach glory in the afterlife. The dance piece "From There to Here to There: Whose Journey is it Anyway?" explores each stage in the Plan of Salvation at a different location, requiring dancers and audience to travel both metaphorically and physically. The piece incorporates several kinds of journeys: the collective journey of humankind based on the Plan of Salvation, the dancers' own journeys, and audience's journey as they watch the piece, and my journey as an artist. In the process of making this piece, I refined my identity as a 21st century Mormon artist interested in conveying religious messages through the traditionally secular art form of postmodern dance.
ContributorsFrost, Randi (Author) / Kaplan, Robert (Thesis advisor) / Daughtrey, Doe (Committee member) / Schupp, Karen (Committee member) / Arizona State University (Publisher)
Created2011
Description
“Mierda.” was an original 50-minute solo dance and theater performance by Jordan Klitzke along with guest artist Gina Jurek that premiered from September 6-8, 2018 at Arizona State University. The creative tools of sensation, presence, and fantasy were applied in the development of an individualized movement vocabulary focused on the artist’s embodiment of contrasting ideas. That research was then further cultivated into an immersive theatrical collage that stimulated relational thinking and heightened consciousness. “Mierda.” was an example of a contemporary creative process that utilized the languages of dance and theater. The performance was a unique continuation of artistic research undertaken by pioneers in the dance and theater fields such as Danielle Agami, Lloyd Newson, Hofesh Schechter, and Anne Bogart. It was documented and created over a nine-month period including the three final performances. The form and content of “Mierda.” was not predetermined, but emerged throughout the creative process and performance of the work. The resulting narrative demonstrated the revelatory potential of this style of theatrical inquiry. Precise energy, tension and questioning formed an immersive, intimate experience for the viewers and performers and invited the audience to “fill in the blanks” as they connected with the emerging narrative. The final work was a collage of surprising juxtapositions on both the micro-level of individual movements and the macro-level of theatrical structure. Analysis of the work resulted in a critical understanding of the creative tools used along with future proposals for continued research. Not only did the research enlighten and contextualize the practices of an emerging choreographer, it also argued for a new understanding of the value of Dance as a personal practice of reflection and growth.
ContributorsKlitzke, Jordan (Author) / Standley, Eileen (Thesis advisor) / Conder, Carley (Committee member) / Eckard, Bonnie (Committee member) / Arizona State University (Publisher)
Created2018
Description
Unmanned aerial vehicles have received increased attention in the last decade due to their versatility, as well as the availability of inexpensive sensors (e.g. GPS, IMU) for their navigation and control. Multirotor vehicles, specifically quadrotors, have formed a fast growing field in robotics, with the range of applications spanning from surveil- lance and reconnaissance to agriculture and large area mapping. Although in most applications single quadrotors are used, there is an increasing interest in architectures controlling multiple quadrotors executing a collaborative task. This thesis introduces a new concept of control involving more than one quadrotors, according to which two quadrotors can be physically coupled in mid-flight. This concept equips the quadro- tors with new capabilities, e.g. increased payload or pursuit and capturing of other quadrotors. A comprehensive simulation of the approach is built to simulate coupled quadrotors. The dynamics and modeling of the coupled system is presented together with a discussion regarding the coupling mechanism, impact modeling and additional considerations that have been investigated. Simulation results are presented for cases of static coupling as well as enemy quadrotor pursuit and capture, together with an analysis of control methodology and gain tuning. Practical implementations are introduced as results show the feasibility of this design.
ContributorsLarsson, Daniel (Author) / Artemiadis, Panagiotis (Thesis advisor) / Marvi, Hamidreza (Committee member) / Berman, Spring (Committee member) / Arizona State University (Publisher)
Created2016
Description
With this document I will discuss and reflect upon the performance and art exhibition show which I presented as part of my MFA thesis at the MonOrchid Gallery in Phoenix, Arizona on February 10, 2017. The approach to my thesis comes from my perspective as a Hip Hop practitioner exploring the relationship between each artistic discipline that makes up Hip Hop. Through this lens I will show the knowledge that is built from both individual and the conventional collective understandings of Hip Hop. As a practitioner for over 20 years, Hip Hop has molded my mind to be multifaceted, giving me a strong interest in art making as a collaborative process. I believe the more you see the relationship between each medium, the more that connection manifests a larger cognizance for where these art forms can progress. The relationship between all of the mediums involved creates a rhythm; it is the understanding of rhythm that can connect all types of art. When you are able to understand the process of rhythm as a through line, you will be able to create from your own personal rhythmic qualities in all things. This paper will delve into how my thesis performance incorporated not only music production and dance, but the written form of Hip Hop culture (Writing), identity, and the fundamentals of design. I will use the discussion of these forms to explore the similarities of meaning in movement-making behind B-boying, the most fundamental aspect of visual art and in body forms within Hip Hop. My aim was to research what we (the dancers and myself) learned from the movement in conjunction with Writing. I will discuss how many ways this can be beneficial to exploring new interdisciplinary creative collaborations with
design, visual art, choreography, sculpture, and architecture. Rhythm is the connective tissue between these disciplines in Hip Hop culture.
ContributorsDenaro, Anthony (Author) / Standley, Eileen (Thesis advisor) / Kaplan, Robert (Committee member) / Grimes, Sabela D. (Committee member) / Arizona State University (Publisher)
Created2017
Description
ABSTRACT This narrative study traces the development of a dance curriculum as it unfolded in an inner city public school. It examines the curriculum emergence through intersecting worlds of artistic practice, improvisation, lived experience and context. These worlds were organized and explored through themes of gender, emotion, longing and intersections and examined through lenses of critical theory, aesthetics and currere. It examines the interior dialogue within one individual educator who is both a dance artist and a teacher and reflects the differing and at times conflicting perspectives within those two positions. The curriculum acquired the name "curriculum by accident" because several highly unexpected events contributed to its development. The students were initially suspicious and hostile and presented significant resistance to classical dance as an artistic form. This resistance was circumvented through creative process and improvisation. The act of improvisation became both a way to approach teaching and curriculum development and as an artistic process. Improvisation courts chance, the unplanned and the accidental through a structure in which the unknown is as valued as the known. The school setting is one full of known subjects; curriculum, settings, procedures, people and expectations. Curriculum by accident was a circumstance in which a known (school) and an unknown (the evolving curriculum) melded. The development of curriculum by accident was a response to an array of intuitive and serendipitous cues. The curriculum seeped through the cracks of school experience and transmuted into a curriculum that was very successful.
ContributorsBendix, Susan W. (Author) / Blumenfeld-Jones, Donald (Thesis advisor) / Barone, Thomas (Committee member) / Jackson, Naomi (Committee member) / Arizona State University (Publisher)
Created2010
Description
In this thesis, I combine my passion for baton twirling choreography, improvisation, and performance with my passion for theatre lighting and sound design technology. I developed a performance system centered around a baton which has been augmented with sensors, capturing its movements; these sensors send data via WiFi to a computer connected to a lighting network and a generative sound composition software, changing music and theatrical lighting looks based on the real-time movements of the baton. To demonstrate my work, I design and present a public performance to showcase the capabilities of the baton. Future work includes creating a flexible, scalable version of the system to be portable for multiple venues and to include more advanced lighting responses such as controlling motorized, moving lights, and collaborating with audio and media artists to generate more performances with different sound and media.
ContributorsCarter, Cody (Author) / Swisher, Kimberlee (Thesis director) / Thorn, Seth (Committee member) / Jennings-Roggensack, Colleen (Committee member) / Barrett, The Honors College (Contributor) / Arts, Media and Engineering Sch T (Contributor)
Created2023-05
Description
There has been a vast increase in applications of Unmanned Aerial Vehicles (UAVs) in civilian domains. To operate in the civilian airspace, a UAV must be able to sense and avoid both static and moving obstacles for flight safety. While indoor and low-altitude environments are mainly occupied by static obstacles, risks in space of higher altitude primarily come from moving obstacles such as other aircraft or flying vehicles in the airspace. Therefore, the ability to avoid moving obstacles becomes a necessity
for Unmanned Aerial Vehicles.
Towards enabling a UAV to autonomously sense and avoid moving obstacles, this thesis makes the following contributions. Initially, an image-based reactive motion planner is developed for a quadrotor to avoid a fast approaching obstacle. Furthermore, A Dubin’s curve based geometry method is developed as a global path planner for a fixed-wing UAV to avoid collisions with aircraft. The image-based method is unable to produce an optimal path and the geometry method uses a simplified UAV model. To compensate
these two disadvantages, a series of algorithms built upon the Closed-Loop Rapid Exploratory Random Tree are developed as global path planners to generate collision avoidance paths in real time. The algorithms are validated in Software-In-the-Loop (SITL) and Hardware-In-the-Loop (HIL) simulations using a fixed-wing UAV model and in real flight experiments using quadrotors. It is observed that the algorithm enables a UAV to avoid moving obstacles approaching to it with different directions and speeds.
for Unmanned Aerial Vehicles.
Towards enabling a UAV to autonomously sense and avoid moving obstacles, this thesis makes the following contributions. Initially, an image-based reactive motion planner is developed for a quadrotor to avoid a fast approaching obstacle. Furthermore, A Dubin’s curve based geometry method is developed as a global path planner for a fixed-wing UAV to avoid collisions with aircraft. The image-based method is unable to produce an optimal path and the geometry method uses a simplified UAV model. To compensate
these two disadvantages, a series of algorithms built upon the Closed-Loop Rapid Exploratory Random Tree are developed as global path planners to generate collision avoidance paths in real time. The algorithms are validated in Software-In-the-Loop (SITL) and Hardware-In-the-Loop (HIL) simulations using a fixed-wing UAV model and in real flight experiments using quadrotors. It is observed that the algorithm enables a UAV to avoid moving obstacles approaching to it with different directions and speeds.
ContributorsLin, Yucong (Author) / Saripalli, Srikanth (Thesis advisor) / Scowen, Paul (Committee member) / Fainekos, Georgios (Committee member) / Thangavelautham, Jekanthan (Committee member) / Youngbull, Cody (Committee member) / Arizona State University (Publisher)
Created2015
Description
The goal of this thesis is to explore and present a range of approaches to “algorithmic choreography.” In the context of this thesis, algorithmic choreography is defined as choreography with computational influence or elements. Traditionally, algorithmic choreography, despite containing works that use computation in a variety of ways, has been used as an umbrella term for all works that involve computation.
This thesis intends to show that the diversity of algorithmic choreography can be reduced into more specific categories. As algorithmic choreography is fundamentally intertwined with the concept of computation, it is natural to propose that algorithmic choreography works be separated based on a spectrum that is defined by the extent of the involvement of computation within each piece.
This thesis seeks to specifically outline three primary categories that algorithmic works can fall into: pieces that involve minimal computational influence, entirely computationally generated pieces, and pieces that lie in between. Three original works were created to reflect each of these categories. These works provide examples of the various methods by which computation can influence and enhance choreography.
The first piece, entitled Rαinwater, displays a minimal amount of computational influence. The use of space in the piece was limited to random, computationally generated paths. The dancers extracted a narrative element from the random paths. This iteration resulted in a piece that explores the dancers’ emotional interaction within the context of a rainy environment. The second piece, entitled Mymec, utilizes an intermediary amount of computation. The piece sees a dancer interact with a projected display of an Ant Colony Optimization (ACO) algorithm. The dancer is to take direct inspiration from the movement of the virtual ants and embody the visualization of the algorithm. The final piece, entitled nSkeleton, exhibited maximal computational influence. Kinect position data was manipulated using iterative methods from computational mathematics to create computer-generated movement to be performed by a dancer on-stage.
Each original piece was originally intended to be presented to the public as part of an evening-length show. However, due to the rise of the COVID-19 pandemic caused by the novel coronavirus, all public campus events have been canceled and the government has recommended that gatherings with more than 10 people be entirely avoided. Thus, the pieces will instead be presented in the form of a video published online. This video will encompass information about the creation of each piece as well as clips of choreography.
This thesis intends to show that the diversity of algorithmic choreography can be reduced into more specific categories. As algorithmic choreography is fundamentally intertwined with the concept of computation, it is natural to propose that algorithmic choreography works be separated based on a spectrum that is defined by the extent of the involvement of computation within each piece.
This thesis seeks to specifically outline three primary categories that algorithmic works can fall into: pieces that involve minimal computational influence, entirely computationally generated pieces, and pieces that lie in between. Three original works were created to reflect each of these categories. These works provide examples of the various methods by which computation can influence and enhance choreography.
The first piece, entitled Rαinwater, displays a minimal amount of computational influence. The use of space in the piece was limited to random, computationally generated paths. The dancers extracted a narrative element from the random paths. This iteration resulted in a piece that explores the dancers’ emotional interaction within the context of a rainy environment. The second piece, entitled Mymec, utilizes an intermediary amount of computation. The piece sees a dancer interact with a projected display of an Ant Colony Optimization (ACO) algorithm. The dancer is to take direct inspiration from the movement of the virtual ants and embody the visualization of the algorithm. The final piece, entitled nSkeleton, exhibited maximal computational influence. Kinect position data was manipulated using iterative methods from computational mathematics to create computer-generated movement to be performed by a dancer on-stage.
Each original piece was originally intended to be presented to the public as part of an evening-length show. However, due to the rise of the COVID-19 pandemic caused by the novel coronavirus, all public campus events have been canceled and the government has recommended that gatherings with more than 10 people be entirely avoided. Thus, the pieces will instead be presented in the form of a video published online. This video will encompass information about the creation of each piece as well as clips of choreography.
ContributorsJawaid, Zeeshan (Co-author, Co-author) / Jackson, Naomi (Thesis director) / Curry, Nicole (Committee member) / Espanol, Malena (Committee member) / School of Mathematical and Statistical Sciences (Contributor) / Dean, W.P. Carey School of Business (Contributor) / School of Film, Dance and Theatre (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05