Refine
Year
- 2016 (292) (remove)
Publication Type
- Lecture (88)
- Article (85)
- Part of a Book (65)
- Conference Proceeding (40)
- Book (10)
- Master's Thesis (3)
- Bachelor Thesis (1)
Language
- English (292) (remove)
Keywords
- Adult (2)
- Adult Children/psychology (2)
- Child (2)
- City (2)
- Cross-Sectional Studies (2)
- Female (2)
- Humans (2)
- Male (2)
- Middle Aged (2)
- Neoplasms/epidemiology/psychology (2)
Faculty
- Chemieingenieurwesen (CIW) (76)
- Wirtschaft (MSB) (49)
- Physikingenieurwesen (PHY) (37)
- Oecotrophologie · Facility Management (OEF) (25)
- Elektrotechnik und Informatik (ETI) (22)
- Sozialwesen (SW) (20)
- Bauingenieurwesen (BAU) (17)
- Gesundheit (MDH) (15)
- Energie · Gebäude · Umwelt (EGU) (8)
- Wandelwerk. Zentrum für Qualitätsentwicklung (8)
- Maschinenbau (MB) (5)
- Architektur (MSA) (4)
- keine Zuordnung (3)
- Design (MSD) (2)
- iSuN Institut für Nachhaltige Ernährung (2)
- IBL (1)
- ITB (1)
- Kompetenzzentrum Humanitäre Hilfe (1)
Multi-part Nanocubes
(2016)
This thesis describes the development of Multi-part Nanocubes. It is a further development of Nanocubes, an in-memory data structure for spatiotemporal data cubes. "Nanocubes provides you with real-time visualization of large datasets. Slice and dice your data with respect to space, time, or some of your data attributes, and view the results in real-time on a web browser over heatmaps, bar charts, and histograms." Partitioning the structure to parallelize the build process as well as merging query results is the principal part of this document. Furthermore, a new memory management (slab allocation with offset pointers) was implemented to enable 32-bit support and faster load times of already built nanocubes. Porting the project to Windows and implementing on-the-fly compression and decompression of nanocube files is also described.
Managing University-Business-Collaboration through Formalisation: The Moderating Role of Fairness
(2016)
Luminescent Materials for LEDs and Laserdiodes, Soraa Laser, Santa Barbara, CA, 11. März 2016
(2016)
Diese Arbeit kann in der Bibliothek für Architektur, Design und Kunst (Leonardocampus 10) eingesehen werden.
Innovative Photoreaktoren in der Reaktionstechnik zur Wertstoffgewinnung und Abwasserbehandlung
(2016)
For long term use of dams, it is required to develop methods of sediment management in reservoirs.
As one method, Sediment BypassTunnels (SBT) are operated in Japan and Switzerland to prevent reservoir sedimentation. SBT reduces sedimentation in reservoirs by routing the incoming sediments around the dam. SBT, however, is prone to severe invert abrasion caused by high sediment flux. Therefore, it is necessary to establish a measurement system of sediment transport rates in the SBT. A geophone was experimentally investigated in a laboratory flume at ETH Zurich. The sediment transport rate is calculated based on the plate vibration caused by hitting of gravels. In this paper, in order to alleviate disadvantages of a geophone, two newly developed sensor systems, a plate microphone and plate vibration sensor, are suggested and the results of their calibration experiments are shown. Finally, they are compared with the existing methods.
In the new media environment, how are bodies and images related? How can, in other words, the human body be integrated with and reformulated in relation to the sensory and perceptual dimension? In response to this question, Image Embodiment looks not just to images and surface appearences but addresses at a deeper level the media that act as the supports for aesthetics. To think about visual culture in the twenty-first century necessarily implies the thinking of the specific role of media technologies. A view to media not only teases out the technical infrastructure of images but brings with it the potential for addressing the different sense modalities and realities of the human body. Recent theories of the sensory turn are effectively highlighting innovative approaches for an autonomous image science and media theory in general. Image Embodiment provides one part of the discourse to synchronize the concepts of image and body, which is then able to connect the perspectives of philosophy of mind, perceptual theory and media as well as image science. This volume monitors and discusses the relation of media and the human body and refers to images, embodiment and the sensory turn within the perspective of an autonomous image science.
How national culture impacts the success of project customer engagement: An empirical investigation
(2016)
How national culture impacts the success of project customer engagement: an empirical investigation
(2016)
From a thin film model for passive suspensions towards the description of osmotic biofilm spreading
(2016)
Ergonomie und Usability
(2016)
To understand the effects of sediment bypass on environmental recovery of the degraded channels below dams, bed topography and bed materials above and below dam reaches were surveyed by ground-based measurements and aerial photos using quadrocopter. Coarse bed materials such as boulders were more represented below than above the Koshibu dam, where the bypass tunnel had not been in operation yet. The coarse materials formed steps and protruded in the water column within riffles and runs, both of which can increase slow-flow areas, below the dam. On the other hand, sand, gravel, and cobbles were abundant below as much as above the Asahi dam, where the bypass tunnel had been operated for >17 years. The downstream environment in terms of bed topography and grain size seems to have almost been recovered for the Asahi dam. However, less representation of large cobbles and boulders below the dam suggested a possibility of a selective deposition of coarse materials at the upstream of the bypass tunnel inlet.
Sediment Bypass Tunnels are operated to divert sediment around reservoirs reducing reservoir sedimentation. A major drawback of these tunnels is severe invert abrasion due to high velocity and sediment flows. There is an urgent need to establish innovative measurement systems of sediment transport rates in SBTs. In this paper, three bedload measuring systems, namely hydrophones, geophones, and newly developed plate microphones are introduced and compared. The Koshibu SBT is planned to operate from 2016. Plate microphones combined with geophones and other planned systems are installed in the tunnel. Results of preliminary tests and installation plans of bedload
measurement are presented.