title: Interactive system testing using interaction sequences

authors: Turner, Jessica Dawn

subjects: computer science

abstract: Interaction sequences (ISeqs) are an abstraction of interactive systems which allow us to inspect the interactive system behaviour. In this research, ISeqs are used to support interactive system testing. In interactive system testing the components of an interactive system, the functional and the interactive, are often tested separately. However, errors can still occur when these components overlap. Therefore, we must investigate ways to test this overlap as part of a more comprehensive testing approach. ISeqs provide a clear view of this overlap, which we use to inform a model-based testing approach. By testing not only the functional and interactive components of a system, but also this overlap, ISeqs provide us with a way to better cover the interactive system state space, improving system reliability and safety.

text: Interactive system testing using interaction sequences Interaction sequences (ISeqs) are an abstraction of interactive systems which allow us to inspect the interactive system behaviour. In this research, ISeqs are used to support interactive system testing. In interactive system testing the components of an interactive system, the functional and the interactive, are often tested separately. However, errors can still occur when these components overlap. Therefore, we must investigate ways to test this overlap as part of a more comprehensive testing approach. ISeqs provide a clear view of this overlap, which we use to inform a model-based testing approach. By testing not only the functional and interactive components of a system, but also this overlap, ISeqs provide us with a way to better cover the interactive system state space, improving system reliability and safety.

year: 2018

title: An overview of nano-crystalline cellulose nanofibers and their applications in drug delivery

authors: Aljbour, ND

abstract: Made from a variety of natural sources, Nano Crystalline Cellulose (NCC) is a unique renewable nanomaterial with a wide range of applications due to its high stiffness and strength, low weight, biodegradability, and environmental benefits. Because of its special inherent qualities, NCC is one of the most renewable materials to be addressed by nanomaterials. The origins, manufacture, characteristics, and applications of nanomaterials, including NCC and nanofibers, have been extensively studied by a large number of researchers throughout the years. Strong chemical reactivity, crystallinity, strength and stiffness, biocompatibility, biodegradability, shape, and nanoscale dimensions are just a few of the remarkable properties that these nanomaterials have been shown to possess in countless investigations. These characteristics enable the application of these nanoparticles in a number of fields, including medicine. Among the most traditional and popular techniques. Electrospinning is one of the earliest and most popular techniques for producing nanofibers. This method works well and can be modified to produce continuous nanofibers. NCC-based nanofibers are novel materials in the biomaterials industry. Recent studies demonstrated that electrospun nanofibers could be efficiently loaded with a wide range of drugs, such as proteins, chemotherapeutic agents, antibiotics, and analgesics with anti-inflammatory qualities. One application of NCC and nanofibers in the medical field is drug delivery. This review highlights a number of issues related to NCC nanofibers and their use in drug delivery applications, beginning with discussing the various natural polymer types used in drug delivery applications, the physicochemical and biological properties of NCC, its various applications, its significance, and its preparation techniques.

text: An overview of nano-crystalline cellulose nanofibers and their applications in drug delivery Made from a variety of natural sources, Nano Crystalline Cellulose (NCC) is a unique renewable nanomaterial with a wide range of applications due to its high stiffness and strength, low weight, biodegradability, and environmental benefits. Because of its special inherent qualities, NCC is one of the most renewable materials to be addressed by nanomaterials. The origins, manufacture, characteristics, and applications of nanomaterials, including NCC and nanofibers, have been extensively studied by a large number of researchers throughout the years. Strong chemical reactivity, crystallinity, strength and stiffness, biocompatibility, biodegradability, shape, and nanoscale dimensions are just a few of the remarkable properties that these nanomaterials have been shown to possess in countless investigations. These characteristics enable the application of these nanoparticles in a number of fields, including medicine. Among the most traditional and popular techniques. Electrospinning is one of the earliest and most popular techniques for producing nanofibers. This method works well and can be modified to produce continuous nanofibers. NCC-based nanofibers are novel materials in the biomaterials industry. Recent studies demonstrated that electrospun nanofibers could be efficiently loaded with a wide range of drugs, such as proteins, chemotherapeutic agents, antibiotics, and analgesics with anti-inflammatory qualities. One application of NCC and nanofibers in the medical field is drug delivery. This review highlights a number of issues related to NCC nanofibers and their use in drug delivery applications, beginning with discussing the various natural polymer types used in drug delivery applications, the physicochemical and biological properties of NCC, its various applications, its significance, and its preparation techniques.

year: 2025

title: Te ahunga atu ki ngā ōhanga oranga Māori: Towards Māori economies of wellbeing - Ngā whānau i te pokapū o te oranga

authors: Spiller, Chellie

abstract: Nau mai ki tēnei kohinga o ngā whakaaro me ngā tikanga e pā ana ki te oranga ohaoha Māori. Ko tō mātou kaupapa matua ko te whānau; e hiahia ana mātou ki te whakaatu i ngā huarahi ki te ora pai mō te whānau i roto i ngā horopaki ohaoha. Ko te ao Māori tō mātou tūāpapa. E whakakao ana tēnei pukapuka i te huhua o ngā reo me ngā tirohanga nō te ao Māori, me ētahi atu wheako e hāngai ana. Kua kotahi mātou ki raro i te taumarumaru o te kaupapa tūturu kotahi: arā, te oranga pai mō ngā whānau. Ko te tūmanako ka tautoko, ka whakaohooho anō hoki tēnei pukapuka i ngā tāngata kia hōhonu atu tā rātou hono ki tēnei kaupapa whaitake, kia whai māramatanga whaihua hoki rātou.

Welcome to this collection of thoughts and practices related to Māori economic life. Our primary focus is the whānau; we want to show ways to live well for the whānau in economic contexts. Our foundation is te ao Māori. This book brings together many voices and perspectives from the Māori world and other relevant experiences. We are united in one true purpose: the good livelihood of whānau. We hope this book will support and inspire people to connect more deeply with this critical topic and gain valuable insights.

text: Te ahunga atu ki ngā ōhanga oranga Māori: Towards Māori economies of wellbeing - Ngā whānau i te pokapū o te oranga Nau mai ki tēnei kohinga o ngā whakaaro me ngā tikanga e pā ana ki te oranga ohaoha Māori. Ko tō mātou kaupapa matua ko te whānau; e hiahia ana mātou ki te whakaatu i ngā huarahi ki te ora pai mō te whānau i roto i ngā horopaki ohaoha. Ko te ao Māori tō mātou tūāpapa. E whakakao ana tēnei pukapuka i te huhua o ngā reo me ngā tirohanga nō te ao Māori, me ētahi atu wheako e hāngai ana. Kua kotahi mātou ki raro i te taumarumaru o te kaupapa tūturu kotahi: arā, te oranga pai mō ngā whānau. Ko te tūmanako ka tautoko, ka whakaohooho anō hoki tēnei pukapuka i ngā tāngata kia hōhonu atu tā rātou hono ki tēnei kaupapa whaitake, kia whai māramatanga whaihua hoki rātou.

Welcome to this collection of thoughts and practices related to Māori economic life. Our primary focus is the whānau; we want to show ways to live well for the whānau in economic contexts. Our foundation is te ao Māori. This book brings together many voices and perspectives from the Māori world and other relevant experiences. We are united in one true purpose: the good livelihood of whānau. We hope this book will support and inspire people to connect more deeply with this critical topic and gain valuable insights.

year: 2025