title: Impact of the 1962 New York Agreement on Indigenous West Papuans’ Political, Cultural and Territorial Rights: A historical and legal analysis of West Papuans’ rights to self-determination

authors: Tabuni, Kerinus Kerry

subjects: Indigenous People of West Papua

abstract: West Papua was incorporated into Indonesia under the 1962 New York Agreement, which was signed between the Netherlands and Indonesia without involving indigenous West Papuans. The Agreement attempted to legitimise Indonesia’s claim of sovereignty over West Papua. It is the narrative around this Agreement that effectively dictates indigenous West Papuans' lives, including their subjugation to historical and ongoing human rights violations. This thesis closely examines the legal grounds of Indonesia’s claim, with a particular focus on whether the New York Agreement was legitimately and authentically implemented through the processes of the 1969 Act of Free Choice.

Using primary and secondary sources, this thesis examines the legality of Indonesia’s occupation in West Papua. It begins with the circumvention of international laws that prevented indigenous West Papuans from gaining the benefit of international decolonisation regimes during international decolonisation periods, which ultimately led to the re-colonisation of West Papua. A careful historical examination confirms that the indigenous people of West Papua have lost their legitimate standing in international law. The thesis contends the intentions behind the creation of the New York Agreement were not genuine, but that the Agreement was a purposely imposed colonising law to recolonise the territory.

By employing key legal arguments, this thesis contends that Indonesia's sovereignty claim over West Papua is legally invalid, historically unjustified and morally unacceptable. On reviewing both historical and ongoing violations of the human rights in the region, this thesis further argues that an internationally mandated process of self-determination should be considered as a legal remedy. The claims of indigenous West Papuans are historically supported, legally grounded and empirically demonstrated. This thesis establishes legal frameworks within the international law and institutions that can be utilised as practical pathways to West Papuan self-determination, with a particular focus on options within the United Nations systems.

text: Impact of the 1962 New York Agreement on Indigenous West Papuans’ Political, Cultural and Territorial Rights: A historical and legal analysis of West Papuans’ rights to self-determination West Papua was incorporated into Indonesia under the 1962 New York Agreement, which was signed between the Netherlands and Indonesia without involving indigenous West Papuans. The Agreement attempted to legitimise Indonesia’s claim of sovereignty over West Papua. It is the narrative around this Agreement that effectively dictates indigenous West Papuans' lives, including their subjugation to historical and ongoing human rights violations. This thesis closely examines the legal grounds of Indonesia’s claim, with a particular focus on whether the New York Agreement was legitimately and authentically implemented through the processes of the 1969 Act of Free Choice.

Using primary and secondary sources, this thesis examines the legality of Indonesia’s occupation in West Papua. It begins with the circumvention of international laws that prevented indigenous West Papuans from gaining the benefit of international decolonisation regimes during international decolonisation periods, which ultimately led to the re-colonisation of West Papua. A careful historical examination confirms that the indigenous people of West Papua have lost their legitimate standing in international law. The thesis contends the intentions behind the creation of the New York Agreement were not genuine, but that the Agreement was a purposely imposed colonising law to recolonise the territory.

By employing key legal arguments, this thesis contends that Indonesia's sovereignty claim over West Papua is legally invalid, historically unjustified and morally unacceptable. On reviewing both historical and ongoing violations of the human rights in the region, this thesis further argues that an internationally mandated process of self-determination should be considered as a legal remedy. The claims of indigenous West Papuans are historically supported, legally grounded and empirically demonstrated. This thesis establishes legal frameworks within the international law and institutions that can be utilised as practical pathways to West Papuan self-determination, with a particular focus on options within the United Nations systems.

year: 2022

title: Identifying equivalent SDN forwarding behaviour

authors: Sanger, Richard

subjects: computer science

abstract: Software-Defined Networking (SDN) enables network operators the flexibility to program their own forwarding rules, providing more than one way to achieve the same behaviour. Verifying equivalence between rulesets is a fundamental analysis and verification building block for SDN as it can be used to: (1) confirm a ruleset optimised for power efficiency or table occupancy remains equivalent, (2) verify a ruleset modified for new hardware, (3) regression test an SDN application to detect bugs early.
We present a practical and novel canonical Multi-Terminal Binary Decision Diagram (MTBDD) representation of OpenFlow 1.3 ruleset forwarding behaviour which can be trivially compared for equivalence. Basing our representation on an MTBDD provides a proven canonical form which is also compact. In this paper, we present the algorithms required to correctly flatten multi-table pipelines into an equivalent single-table, resolve equivalences in OpenFlow actions, and build the final MTBDD representation from a priority ordered ruleset. OpenFlow rulesets can typically be converted to an MTBDD within tens of seconds. We release our opensource implementation to the SDN community.

text: Identifying equivalent SDN forwarding behaviour Software-Defined Networking (SDN) enables network operators the flexibility to program their own forwarding rules, providing more than one way to achieve the same behaviour. Verifying equivalence between rulesets is a fundamental analysis and verification building block for SDN as it can be used to: (1) confirm a ruleset optimised for power efficiency or table occupancy remains equivalent, (2) verify a ruleset modified for new hardware, (3) regression test an SDN application to detect bugs early.
We present a practical and novel canonical Multi-Terminal Binary Decision Diagram (MTBDD) representation of OpenFlow 1.3 ruleset forwarding behaviour which can be trivially compared for equivalence. Basing our representation on an MTBDD provides a proven canonical form which is also compact. In this paper, we present the algorithms required to correctly flatten multi-table pipelines into an equivalent single-table, resolve equivalences in OpenFlow actions, and build the final MTBDD representation from a priority ordered ruleset. OpenFlow rulesets can typically be converted to an MTBDD within tens of seconds. We release our opensource implementation to the SDN community.

year: 2019

title: Spatial and temporal characteristics of the underwater soundscape around the Motiti Protection Area: Ōtaiti/Astrolabe Reef and Motiti Island

authors: Riegel, Maria Sophie

subjects: Underwater Soundscapes

abstract: Marine ecosystems around the world have been impacted by degradation and loss of biodiversity as a result of human impacts and climate change. The monitoring and management of ecologically significant areas is vital in understanding the effects of habitat degradation on marine ecosystems. Traditional monitoring methods are often expensive, time consuming, labour intensive and invasive. Soundscapes offer a unique opportunity for monitoring habitats in a way that is cost effective, minimally invasive and efficient. The aim of this study was to use passive acoustic monitoring to create a baseline data set using ambient sound data to investigate the spatial and temporal changes in ambient sound pressure levels, and to identify biotic, abiotic and anthropogenic sound sources which make up the marine soundscapes at the Motiti Island and Ōtaiti/Astrolabe Reef. Five diverse and ecologically significant sites in the Motiti Protection Area – at Ōtaiti/Astrolabe Reef and Motiti Island, in the Bay of Plenty, New Zealand were selected and monitored over the course of a year. This provided a wide variety of data to show the diel, lunar and seasonal patterns and trends in acoustic biological activity in order to represent the ecosystems accurately. The results showed that all sites showed strong diel patterns, with a sound pressure level increase of ~6-10dB during daylight hours compared to dark hours, and evident peaks during dawn and dusk hours as a result of biological choruses composed largely of sea urchins. There were also strong seasonal trends among the five sites, with Summer having the overall highest sound pressure level compared to Spring, Autumn and Winter, this also had an effect on the peaks in dusk choruses, which were also found to be highest during Summer. Lunar phases were also found to have an impact on the sound pressure levels of all five sites, with increased sound pressure levels during the new moon, compared to sound pressure levels during the full moon. This study created a baseline data set for a culturally, ecologically, and economically valuable area. Passive acoustic monitoring was found to be an incredibly useful tool in understand the ecosystems health and biological condition, and offers an alternative to traditional monitoring which is an effective, minimally invasive, and less labour intensive way of monitoring marine ecosystems.

text: Spatial and temporal characteristics of the underwater soundscape around the Motiti Protection Area: Ōtaiti/Astrolabe Reef and Motiti Island Marine ecosystems around the world have been impacted by degradation and loss of biodiversity as a result of human impacts and climate change. The monitoring and management of ecologically significant areas is vital in understanding the effects of habitat degradation on marine ecosystems. Traditional monitoring methods are often expensive, time consuming, labour intensive and invasive. Soundscapes offer a unique opportunity for monitoring habitats in a way that is cost effective, minimally invasive and efficient. The aim of this study was to use passive acoustic monitoring to create a baseline data set using ambient sound data to investigate the spatial and temporal changes in ambient sound pressure levels, and to identify biotic, abiotic and anthropogenic sound sources which make up the marine soundscapes at the Motiti Island and Ōtaiti/Astrolabe Reef. Five diverse and ecologically significant sites in the Motiti Protection Area – at Ōtaiti/Astrolabe Reef and Motiti Island, in the Bay of Plenty, New Zealand were selected and monitored over the course of a year. This provided a wide variety of data to show the diel, lunar and seasonal patterns and trends in acoustic biological activity in order to represent the ecosystems accurately. The results showed that all sites showed strong diel patterns, with a sound pressure level increase of ~6-10dB during daylight hours compared to dark hours, and evident peaks during dawn and dusk hours as a result of biological choruses composed largely of sea urchins. There were also strong seasonal trends among the five sites, with Summer having the overall highest sound pressure level compared to Spring, Autumn and Winter, this also had an effect on the peaks in dusk choruses, which were also found to be highest during Summer. Lunar phases were also found to have an impact on the sound pressure levels of all five sites, with increased sound pressure levels during the new moon, compared to sound pressure levels during the full moon. This study created a baseline data set for a culturally, ecologically, and economically valuable area. Passive acoustic monitoring was found to be an incredibly useful tool in understand the ecosystems health and biological condition, and offers an alternative to traditional monitoring which is an effective, minimally invasive, and less labour intensive way of monitoring marine ecosystems.

year: 2022