title: Bi-level document image compression using layout information

authors: Inglis, Stuart J.

subjects: Science & Technology

abstract: Most bi-level images stored on computers today comprise scanned text, and are stored using generic bi-level image technology based either on classical run-length coding, such as the CCITT Group 4 method, or on modern schemes such as JBIG that predict pixels from their local image context. However, image compression methods that are tailored specifically for images known to contain printed text can provide noticeably superior performance because they effectively enlarge the context to the character level, at least for those predictions for which such a context is relevant. To deal effectively with general documents that contain text and pictures, it is necessary to detect layout and structural information from the image, and employ different compression techniques for different parts of the image. The authors extend previous work in document image compression in two ways. First, we include automatic discrimination between text and non-text zones in an image. Second, the system is tested on a large real-world image corpus.

text: Bi-level document image compression using layout information Most bi-level images stored on computers today comprise scanned text, and are stored using generic bi-level image technology based either on classical run-length coding, such as the CCITT Group 4 method, or on modern schemes such as JBIG that predict pixels from their local image context. However, image compression methods that are tailored specifically for images known to contain printed text can provide noticeably superior performance because they effectively enlarge the context to the character level, at least for those predictions for which such a context is relevant. To deal effectively with general documents that contain text and pictures, it is necessary to detect layout and structural information from the image, and employ different compression techniques for different parts of the image. The authors extend previous work in document image compression in two ways. First, we include automatic discrimination between text and non-text zones in an image. Second, the system is tested on a large real-world image corpus.

year: 1996

title: Work-integrated learning in higher education

authors: Zegwaard, Karsten E.

abstract: Seminar presented at University College Cork, Ireland, on the definition of WIL, design of quality WIL frameworks and the different models of WIL such as curricular, co-curricular and extra-curricular activities. Also international perspectives - developments from various countries including New Zealand, Australia, Canada, and Germany. Discussions included the critical role of WIL in enhancing employability outcomes for students and detailing the University of Waikato’s approach to integrating WIL into their curriculum, which includes compulsory WIL components across all disciplines.

text: Work-integrated learning in higher education Seminar presented at University College Cork, Ireland, on the definition of WIL, design of quality WIL frameworks and the different models of WIL such as curricular, co-curricular and extra-curricular activities. Also international perspectives - developments from various countries including New Zealand, Australia, Canada, and Germany. Discussions included the critical role of WIL in enhancing employability outcomes for students and detailing the University of Waikato’s approach to integrating WIL into their curriculum, which includes compulsory WIL components across all disciplines.

year: 2024

title: Māori provisions in plans: Mana whenua, mauri of water, and wahi tapu

authors: Kennedy, Nathan

subjects: New Zealand

abstract: The intention  of  this  document  is  to  allow  those  using  Ngā  Mahi:  Kaupapa  Māori Outcomes an  Indicators Kete (Jefferies and Kennedy, 2009, PUCM Māori Report 2) to view a range of examples of Māori provisions within statutory planning documents against plans being evaluated. The extracts in this Report 3 on Māori Provisions in Plans relate to the three tikanga in the Ngā Mahi report: Mana Whenua, Mauri (relating to water), and Wähi Tapu. It is intended that as we develop new kete (containing worksheets and user guides) and thereby expand Ngā Mahi, this current report will be revised to include plan provisions relating to additional tikanga.

text: Māori provisions in plans: Mana whenua, mauri of water, and wahi tapu The intention  of  this  document  is  to  allow  those  using  Ngā  Mahi:  Kaupapa  Māori Outcomes an  Indicators Kete (Jefferies and Kennedy, 2009, PUCM Māori Report 2) to view a range of examples of Māori provisions within statutory planning documents against plans being evaluated. The extracts in this Report 3 on Māori Provisions in Plans relate to the three tikanga in the Ngā Mahi report: Mana Whenua, Mauri (relating to water), and Wähi Tapu. It is intended that as we develop new kete (containing worksheets and user guides) and thereby expand Ngā Mahi, this current report will be revised to include plan provisions relating to additional tikanga.

year: 2008-07-31