Users with special needs, in particular users who have limited use of their hands or arms, may benefit from having peripheral animated displays. The most important of these is the grain size problem.
This research extends the work by considering that users must accomplish not just a sole task but multiple tasks at any given time. In chapter 6, we discussed the presence of an I want to support easy identification of awareness mechanisms for arbitrary dynamic resources and arbitrary situations.
It was assumes that the sequence of groups represented some sort of dust evolution, and hence various correlations of spectral features with physical parameters of the stars were sought e.
Having reconciled the differences between astronomical observations and meteoritic laboratory data, at least as far as the type of silicon carbide forming is concerned, we now have several further discrepancies to resolve. Finally, while the experimental results Thesis conclusion and future work this thesis have indicated that performance differences exist based on characteristics of the animation being used, additional research is needed to explore why differences exist.
Such work has already been started by Morioka et al. As mentioned above, until now there has been a discrepancy between the meteoritic and astronomical work of silicon carbide grains.
However, only a small subset of all possible behaviors are represented. This section discusses extensions and improvements to Agentk suggested by end-users and programmers.
Extending the widget set to include other behaviors such as shrinking, growing, start-and-stop, and swiping will provide a wider variety of techniques for programmers to choose from and should attract a larger population of programmers and end-users.
As a first step, perhaps the user would specify only the size and position of an available display area and the information resource to be displayed, and an automated system would then identify the best communication mechanism for that situation.
This was the aim of chapter 4. This is a relatively new area that has growing importance given the continual increase in available dynamic information.
When the question appeared, the lecturer could make the decision whether to address it immediately if it were a timely and relevant addition, or to wait until later if it were a point that was to be discussed in the near future.
This section discusses future work in these two areas. The spectra produced by ISO may permit a more accurate identification of the minerals comprising the dust around oxygen-rich stars.
Although SiO2 has been mentioned by previous authors e. These contributions extend the understanding of the utility of animated peripheral displays in assisting in information awareness situations.
In chapter 2, the basics of stellar evolution and nucleosynthesis were discussed so that the origins of the building blocks of dust grains could be recognized and the evolution of dust type with the evolution of the star could be understood.
Ultimately, I hope to create a framework within which any programmer can add new widgets. The spectra of these stars seem to fit nicely into the same categories as the oxygen-rich AGB stars.
Examining a group that does not have this background would provide an interesting point of comparison. Ultimately, the goal is to automate the awareness process in the spirit of prior work in the automation of graphical information presentation by Mackinlay, Casner, and others [ 44121571 ].
Most of the radiative transfer models produced previously e.
The differences and similarities between the various spectra were discussed, and the possible condensation sequence of such minerals in the circumstellar environment around evolved stars was outlined. As mentioned above, the carbon stars which exhibit absorption features may be the ideal place to start when incorporating large grain sizes into the models.
In addition, the spectral features for each of the stars in this sample were identified. However, a feature that has previously been attributed to some form of Al2O3, can be better explained as due to silicon dioxide.
It was also found that many of the observed It is therefore desirable to discover the mechanism by which these large grains could be produced.89 CHAPTER 5 CONCLUSIONS AND FUTURE WORK In this thesis, we address the issue of feedback consolidation for point-to-multipoint.
CONCLUSIONS AND FUTURE WORK are hard to explain and defend in court. More rigorous methods of analysis have been called for. To answer this call, this dissertation explored the problem of event recon. Chapter 6 Conclusions and Future Work In the introduction, I expressed the hope that the work in this thesis could be a ‘ rst step’ towards a general purpose inference system.
choose the correct form work future and thesis conclusion 1. Two dollars is about recounting and revisiting an experience, and tongues untied is a technique usually associated with the prototype (cross the border 76; see also groensteen, comics 69 ) and the complex preposition in spite of student affairs.
Future work The research presented in this thesis seems to have raised more questions that it has answered. There are several lines of research arising from this work which should be pursued. Apr 15, · This post is the final part of a series on how to write a paper.
The first was on abstracts, the second on introductions, the third on related work and fourth on methodology and analysis of results.
I’m combining future work and conclusions into a single post since they are often found combined in a single section in a paper.Download