Jun
30
The Basic Statistics
June 30, 2009 | Comments Off
p class=”abstract”div class=”Abstract”The spirit of the present, somewhat econometrically jaded age is different from that in the immediate post-war years of the
1940s at both the Department of Applied Economics in Cambridge (Gilbert, cite1988/cite; Qin Gilbert, cite2001/cite; Smith, cite1998/cite) and the Cowles Commission in Chicago (Christ, cite1994/cite; Morgan, cite1990/cite; Qin, cite1993/cite). These were then the two organized centers of applied and theoretical econometric research and the aspects of their published
findings that deserve some modern attention are not only the ways in which the particular promulgated techniques shaped econometric
practice subsequently but also the associated degree of intellectual excitement. Among the specific results emerging from
the DAE in the late 1940s and early 1950s were the techniques and statistics now associated with the names Cochrane and Orcutt
and Durbin and Watson (Gilbert, cite1988/cite; Qin Gilbert, cite2001/cite). In addition to other research conducted by Stone and others, ignored here because of its present tangentiality, there was
also the exploration by Geary, Stone, Tintner, and others of the connections between Instrumental Variables, Principal Components
and Canonical Correlation (Begg Henry, cite1998/cite; Gilbert, cite1991/cite; Qin, cite1993/cite; Smith, cite1998/cite). These investigations lead to later seminal work on Instrumental Variables by Denis Sargan, then a graduate student at Cambridge
(Desai, Hendry, Mizon, cite1997/cite; Hendry, 2003). As discussed to a degree in Chap. a href=”http://dx.doi.org/10.1007/978-3-540-75571-5_4″3/a, the Cochrane-Orcutt technique and the Durbin-Watson statistic have of course been included in most econometric software
programs of the past 40 years. Sargan’s work, including further extensions, is embodied in the LSE method – but also in PcGive
and other software packages (Gilbert, cite1989/cite).
/div/pul
lispan class=”labelName”Content Type /spanspan class=”labelValue”Book Chapter/span/liliDOI 10.1007/978-3-540-75571-5_5/lilispan class=”labelName”Authors/spanul
liCharles Renfro, Alphametrics Corporation 11-13 East Princeton Road Bala Cynwyd 19004-2242 Pennsylvania USA/li
/ul/li
/ulul class=”parents”
ul class=”details”
lispan class=”header labelName”Book Series /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/g32658/”Advanced Studies in Theoretical and Applied Econometrics/a/span/lilispan class=”labelName”Print ISSN /spanspan class=”labelValue”1570-5811/span/li
/ulul class=”details”
lispan class=”header labelName”Book Series Volume /spanspan class=”labelValue”Volume 44/span/li
/ulul class=”details”
lispan class=”header labelName”Book /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/x33239/”The Practice of Econometric Theory/a/span/lilispan class=”labelName”DOI /spanspan class=”labelValue”10.1007/978-3-540-75571-5/span/lilispan class=”labelName”Online ISBN /spanspan class=”labelValue”978-3-540-75571-5/span/lilispan class=”labelName”Print ISBN /spanspan class=”labelValue”978-3-540-75570-8/span/li
/ul
/ul
Jun
30
Prediction of Driving Actions from Driving Signals
June 30, 2009 | Comments Off
p class=”abstract”div class=”Abstract”A spoken dialogue system for car-navigation systems may be able to provide more natural and smoother communications but it
must also cause safety problems. One of these problems is distraction whereby machine operation and voice conversations influence
the driver. Even the use of a simple speech interface may affect the driving operation. We consider that a spoken dialogue
system which can understand the driver’s situation and change its dialogue rhythm according to that situation would be safe
as part of a car-navigation system. For this to be possible, the system needs to predict and recognize driver’s actions from
environmental information such as driving signals. In this chapter, we report the results of an experiment on predicting driver
actions. The action prediction system uses HMM-based pattern recognition only on driving signals and does not use position
information. Its best driving action prediction accuracy was 0.632.
/div/pul
lispan class=”labelName”Content Type /spanspan class=”labelValue”Book Chapter/span/liliDOI 10.1007/978-0-387-79582-9_16/lilispan class=”labelName”Authors/spanul
liToshihiko Itoh, Hokkaido University Department of Information Science and Technology Sapporo Japan/liliShinya Yamada/liliKazumasa Yamamoto/liliKenji Araki/li
/ul/li
/ulul class=”parents”
ul class=”details”
lispan class=”header labelName”Book /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/t9716l/”In-Vehicle Corpus and Signal Processing for Driver Behavior/a/span/lilispan class=”labelName”DOI /spanspan class=”labelValue”10.1007/978-0-387-79582-9/span/lilispan class=”labelName”Online ISBN /spanspan class=”labelValue”978-0-387-79582-9/span/lilispan class=”labelName”Print ISBN /spanspan class=”labelValue”978-0-387-79581-2/span/li
/ul
/ul
Jun
30
Bausteine
June 30, 2009 | Comments Off
p class=”abstract”div class=”Abstract”In diesem Kapitel werden existierende Zertifikatsrückruf-Systeme (Abschnitt 5.1) und Systeme zur sicheren Positions- und Zeitbestimmung
(Abschnitt 5.2) vorgestellt und anhand von speziell auf die Gegebenheiten im VANET abgestimmten Kriterien bewertet. Ziel ist
es, geeignete Systeme zu finden, die in einer effizienten und mehrseitig sicheren VANETSicherheitsinfrastruktur verwendet
werden können.
/div/pul
lispan class=”labelName”Content Type /spanspan class=”labelValue”Book Chapter/span/liliDOI 10.1007/978-3-8349-9993-1_5/lilispan class=”labelName”Authors/spanul
liKlaus Plößl/li
/ul/li
/ulul class=”parents”
ul class=”details”
lispan class=”header labelName”Book /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/mg26×0/”Mehrseitig sichere Ad-hoc-Vernetzung von Fahrzeugen/a/span/lilispan class=”labelName”DOI /spanspan class=”labelValue”10.1007/978-3-8349-9993-1/span/lilispan class=”labelName”Online ISBN /spanspan class=”labelValue”978-3-8349-9993-1/span/lilispan class=”labelName”Print ISBN /spanspan class=”labelValue”978-3-8349-1642-6/span/li
/ul
/ul
Jun
24
SportsStore: Administration and Final Enhancements
June 24, 2009 | Comments Off
p class=”abstract”div class=”Abstract”Most of the SportsStore application is now complete. Here’s a recap of the progress you’ve made with it:
table class=”OrderedList” border=”0″
tbody
tr valign=”top”
tdspan style=”font-size:1.1em”•/spannbsp;
/td
tdIn Chapter 4, you created a simple domain model, including the Product class and its database-backed repository, and installed
other core infrastructure pieces such as the IoC container.
/td
/tr
tr valign=”top”
tdspan style=”font-size:1.1em”•/spannbsp;
/td
tdIn Chapter 5, you went on to implement the classic UI pieces of an e-commerce application: navigation, a shopping cart, and
a checkout process.
/td
/tr
/tbody
/table
/div/pul
lispan class=”labelName”Content Type /spanspan class=”labelValue”Book Chapter/span/liliDOI 10.1007/978-1-4302-1008-5_6/li
/ulul class=”parents”
ul class=”details”
lispan class=”header labelName”Book /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/g7771l/”Pro ASP.NET MVC Framework/a/span/lilispan class=”labelName”DOI /spanspan class=”labelValue”10.1007/978-1-4302-1008-5/span/lilispan class=”labelName”Online ISBN /spanspan class=”labelValue”978-1-4302-1008-5/span/lilispan class=”labelName”Print ISBN /spanspan class=”labelValue”978-1-4302-1007-8/span/li
/ulul class=”details”
lispan class=”header labelName”Book Part /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/n312j258k733/”Part 1/a/span/li
/ul
/ul
Jun
23
Controllers and Actions
June 23, 2009 | Comments Off
p class=”abstract”div class=”Abstract”Each time a request comes in to your ASP.NET MVC application, it’s dealt with by a controller. The controller is the boss:
it can do anything it likes to service that request. It can issue any set of commands to the underlying model tier or database,
and it can choose to render any view template back to the visitor. It’s a C# class into which you can add any logic needed
to handle the request.
/div/pul
lispan class=”labelName”Content Type /spanspan class=”labelValue”Book Chapter/span/liliDOI 10.1007/978-1-4302-1008-5_9/li
/ulul class=”parents”
ul class=”details”
lispan class=”header labelName”Book /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/g7771l/”Pro ASP.NET MVC Framework/a/span/lilispan class=”labelName”DOI /spanspan class=”labelValue”10.1007/978-1-4302-1008-5/span/lilispan class=”labelName”Online ISBN /spanspan class=”labelValue”978-1-4302-1008-5/span/lilispan class=”labelName”Print ISBN /spanspan class=”labelValue”978-1-4302-1007-8/span/li
/ulul class=”details”
lispan class=”header labelName”Book Part /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/x02164416700/”Part 2/a/span/li
/ul
/ul
Jun
23
ASP.NET Platform Features
June 23, 2009 | Comments Off
p class=”abstract”div class=”Abstract”ASP.NET MVC is not designed to stand alone. As a web development framework, it inherits much of its power from the underlying
ASP.NET platform, and that in turn from the NET Framework itself (Figure 15-1).
div class=”Figure”a name=”Fig1″/aimg src=”/fulltext-image.asp?format=htmlnonpaginatedsrc=G7771L_html/MediaObjects/978-1-4302-1008-5_15_Fig1_HTML.jpg” alt=”MediaObjects/978-1-4302-1008-5_15_Fig1_HTML.jpg”/div
div class=”Capt”span class=”CaptNr”Figure 15-1nbsp;/spaniASP.NET MVC builds on more general infrastructure/i.
/div
hr
/div/pul
lispan class=”labelName”Content Type /spanspan class=”labelValue”Book Chapter/span/liliDOI 10.1007/978-1-4302-1008-5_15/li
/ulul class=”parents”
ul class=”details”
lispan class=”header labelName”Book /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/g7771l/”Pro ASP.NET MVC Framework/a/span/lilispan class=”labelName”DOI /spanspan class=”labelValue”10.1007/978-1-4302-1008-5/span/lilispan class=”labelName”Online ISBN /spanspan class=”labelValue”978-1-4302-1008-5/span/lilispan class=”labelName”Print ISBN /spanspan class=”labelValue”978-1-4302-1007-8/span/li
/ulul class=”details”
lispan class=”header labelName”Book Part /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/x02164416700/”Part 2/a/span/li
/ul
/ul
Jun
23
Examples of Industrial Applications
June 23, 2009 | Comments Off
p class=”abstract”div class=”Abstract”This chapter presents a selection of representative projects where CP-nets and their supporting computer tools have been used
for system development in an industrial context. These projects have been selected to illustrate the fact that CP-nets can
be used in many different phases of system development, ranging from requirements specification to design, validation, and
implementation. The CPN models presented were constructed in joint projects between our research group at Aarhus University
and industrial partners.
/div/pul
lispan class=”labelName”Content Type /spanspan class=”labelValue”Book Chapter/span/liliDOI 10.1007/b95112_14/lilispan class=”labelName”Authors/spanul
liKurt Jensen, Aarhus University Department of Computer Science IT-Parken, Aabogade 34 DK-8200 Aarhus N Denmark/liliLars M. Kristensen, Bergen University College Department of Computer Engineering Nygaardsgaten 112 5020 Bergen Norway/li
/ul/li
/ulul class=”parents”
ul class=”details”
lispan class=”header labelName”Book /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/u36632/”Coloured Petri Nets/a/span/lilispan class=”labelName”DOI /spanspan class=”labelValue”10.1007/b95112/span/lilispan class=”labelName”Online ISBN /spanspan class=”labelValue”978-3-642-00284-7/span/lilispan class=”labelName”Print ISBN /spanspan class=”labelValue”978-3-642-00283-0/span/li
/ul
/ul
Jun
23
An Effective Aggregation Policy for RSS Services
June 23, 2009 | Comments Off
p class=”abstract”div class=”Abstract”RSS is the XML-based format for syndication of Web contents and users aggregate RSS feeds with RSS feed aggregators. As the
usage of RSS service has been diffused, it is crucial to have a good aggregation policy that enables users to efficiently
aggregate postings that are generated. Aggregation policies may determine not only the number of aggregations for each RSS
feed, but also schedule when aggregations take place. In this paper, we first propose the algorithms of minimum missing aggregation
policy which reduces the number of missing postings during aggregations. Second, we compare and analyze the experimental results
of ours with the existing minimum delay aggregation policy. Our analysis shows that the minimum missing aggregation policy
can reduce approximately 29% of the posts the existing minimum delay aggregation policy would miss.
/div/pul
lispan class=”labelName”Content Type /spanspan class=”labelValue”Book Chapter/span/liliDOI 10.1007/978-3-642-00570-1_4/lilispan class=”labelName”Authors/spanul
liJae Hwi Kim, Soongsil University School of Computing Seoul Korea/liliSang Ho Lee, Soongsil University School of Computing Seoul Korea/liliYoung Geun Han, Soongsil University School of Computing Seoul Korea/li
/ul/li
/ulul class=”parents”
ul class=”details”
lispan class=”header labelName”Book /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/hm1l56/”Weaving Services and People on the World Wide Web/a/span/lilispan class=”labelName”DOI /spanspan class=”labelValue”10.1007/978-3-642-00570-1/span/lilispan class=”labelName”Online ISBN /spanspan class=”labelValue”978-3-642-00570-1/span/lilispan class=”labelName”Print ISBN /spanspan class=”labelValue”978-3-642-00569-5/span/li
/ulul class=”details”
lispan class=”header labelName”Book Part /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/k525501g8l37/”Part 1/a/span/li
/ul
/ul
Jun
23
Formal Definition of State Spaces and Behavioural Properties
June 23, 2009 | Comments Off
p class=”abstract”div class=”Abstract”This chapter formally defines state spaces and behavioural properties. Readers who are not interested in the mathematical
definitions and are content with the informal introduction given in Chap. 7 may decide to skip this chapter. The definition
of state spaces relies on the definitions for non-hierarchical CPN models presented in Chap. 4, and it is assumed that we
have a non-hierarchical CPN model iCPN = (P,T,A,∑ ,V,C,G,E, I)/i as defined in Definition 4.2. All definitions given in this chapter can be generalised immediately to hierarchical CPN models
by replacing places with place instances and transitions with transition instances.
/div/pul
lispan class=”labelName”Content Type /spanspan class=”labelValue”Book Chapter/span/liliDOI 10.1007/b95112_9/lilispan class=”labelName”Authors/spanul
liKurt Jensen, Aarhus University Department of Computer Science IT-Parken, Aabogade 34 DK-8200 Aarhus N Denmark/liliLars M. Kristensen, Bergen University College Department of Computer Engineering Nygaardsgaten 112 5020 Bergen Norway/li
/ul/li
/ulul class=”parents”
ul class=”details”
lispan class=”header labelName”Book /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/u36632/”Coloured Petri Nets/a/span/lilispan class=”labelName”DOI /spanspan class=”labelValue”10.1007/b95112/span/lilispan class=”labelName”Online ISBN /spanspan class=”labelValue”978-3-642-00284-7/span/lilispan class=”labelName”Print ISBN /spanspan class=”labelValue”978-3-642-00283-0/span/li
/ul
/ul
Jun
23
Location Concepts for the Web
June 23, 2009 | Comments Off
p class=”abstract”div class=”Abstract”The concept of location has become very popular in many applications on the Web, in particular for those which aim at connecting
the real world with resources on the Web. However, the Web as it is today has no overall location concept, which means that
applications have to introduce their own location concepts and have done so in incompatible ways. On the other hand, there
are a number of interfaces and techniques that make location information available to networked devices. By turning the Web
into a location-aware Web location-oriented applications get better support for their location concepts on the Web, and the
Web becomes an information system where location-related information can be more easily shared across different applications
and application areas. This chapter describes a location concept for the Web supporting different location types and its embedding
into some of the Web’s core technologies.
/div/pul
lispan class=”labelName”Content Type /spanspan class=”labelValue”Book Chapter/span/liliDOI 10.1007/978-3-642-00570-1_8/lilispan class=”labelName”Authors/spanul
liMartin Kofahl, Geodesy and Geoinformatics University Rostock Rostock Germany/liliErik Wilde, School of Information, UC Berkeley Berkeley CA USA/li
/ul/li
/ulul class=”parents”
ul class=”details”
lispan class=”header labelName”Book /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/hm1l56/”Weaving Services and People on the World Wide Web/a/span/lilispan class=”labelName”DOI /spanspan class=”labelValue”10.1007/978-3-642-00570-1/span/lilispan class=”labelName”Online ISBN /spanspan class=”labelValue”978-3-642-00570-1/span/lilispan class=”labelName”Print ISBN /spanspan class=”labelValue”978-3-642-00569-5/span/li
/ulul class=”details”
lispan class=”header labelName”Book Part /spanspan class=”labelValue”a href=”http://www.springerlink.com/content/k525501g8l37/”Part 1/a/span/li
/ul
/ul