title: Measuring inter-indexer consistency using a thesaurus

authors: Medelyan, Olena

subjects: computer science

abstract: When professional indexers independently assign terms to a given document, the term sets generally differ between indexers. Studies of inter-indexer consistency measure the percentage of matching index terms, but none of them consider the semantic relationships that exist amongst these terms. We propose to represent multiple-indexers data in a vector space and use the cosine metric as a new consistency measure that can be extended by semantic relations between index terms. We believe that this new measure is more accurate and realistic than existing ones and therefore more suitable for evaluation of automatically extracted index terms.

text: Measuring inter-indexer consistency using a thesaurus When professional indexers independently assign terms to a given document, the term sets generally differ between indexers. Studies of inter-indexer consistency measure the percentage of matching index terms, but none of them consider the semantic relationships that exist amongst these terms. We propose to represent multiple-indexers data in a vector space and use the cosine metric as a new consistency measure that can be extended by semantic relations between index terms. We believe that this new measure is more accurate and realistic than existing ones and therefore more suitable for evaluation of automatically extracted index terms.

year: 2006

title: Calcium modeling and TMS variability

authors: Wilson, Marcus T.

subjects: Modeling

abstract: • We have modelled Calcium-dependent plasticity with a Neural Field scheme
• Developed the approach further to modelling MEPs
• Modelling can reproduce MEP ranges from submillivolt to ~10 mV
• Modelling can reproduce both potentiation and depression following cTBS and iTBS
• In terms of variability of MEPs, the following are important:
• TMS-to-e coupling strength (parameter μ)
• Excitatory-to-excitatory coupling strength wee
• Number of pulses / time since stimulation
• Include reporting of actual thresholds when %RMT is used

text: Calcium modeling and TMS variability • We have modelled Calcium-dependent plasticity with a Neural Field scheme
• Developed the approach further to modelling MEPs
• Modelling can reproduce MEP ranges from submillivolt to ~10 mV
• Modelling can reproduce both potentiation and depression following cTBS and iTBS
• In terms of variability of MEPs, the following are important:
• TMS-to-e coupling strength (parameter μ)
• Excitatory-to-excitatory coupling strength wee
• Number of pulses / time since stimulation
• Include reporting of actual thresholds when %RMT is used

year: 2023

title: Ngā ia nōnoke taketake

authors: Manuirirangi, Hōri

subjects: whātōtō nōnoke mamau

abstract: Tā tēnei tuhinga, he titiro ki ngā kōrero onamata mō ngā mahi nōnoke a te Māori. I mua, whāia ai te nōnoke e ētehi hapori Māori hei koringa tinana, hei tū hākinakina, hei tākaro hoki. Ko te nōnoke, te whātōtō, te taitai me te mamau, he rite katoa. Nō te kuhutanga mai o ngā tini whakaawenga a tauiwi, ka nui hoki te Māori i tahuri ki hākinakina kē. Nāwhai ā ka mimiti te whāia o te nōnoke. Kei tēnei tuhinga, ka āta wetekina ngā kupu me ngā kōrero o te reo nōnoke o mua, arā ngā tohutohu a ngā pāhake e whakaahua ana i ngā tūmomo neke, i ngā whiu me ngā puringa mahia ai e te kaiwhātōtō. Ka arohaehaetia tēnei mea te karakia, te waiata me te pepeha kia kuhuna ai te hinengaro o te kaiwhātōtō e mārama rawa ai te ia o ōna whakaaro, tōna waiaro me tōna whanonga. Waihoki ko ngā pūrākau o mua, kua whakaemia ētehi tauira kia tīroua ngā karere i whaona ki roto. Ko te tino whāinga, ko te whera i ngā rangahau nei kia āta mōhio ki ngā koronga me ngā horopaki whāia ai e te Māori o mua ngā mahi nōnoke.

text: Ngā ia nōnoke taketake Tā tēnei tuhinga, he titiro ki ngā kōrero onamata mō ngā mahi nōnoke a te Māori. I mua, whāia ai te nōnoke e ētehi hapori Māori hei koringa tinana, hei tū hākinakina, hei tākaro hoki. Ko te nōnoke, te whātōtō, te taitai me te mamau, he rite katoa. Nō te kuhutanga mai o ngā tini whakaawenga a tauiwi, ka nui hoki te Māori i tahuri ki hākinakina kē. Nāwhai ā ka mimiti te whāia o te nōnoke. Kei tēnei tuhinga, ka āta wetekina ngā kupu me ngā kōrero o te reo nōnoke o mua, arā ngā tohutohu a ngā pāhake e whakaahua ana i ngā tūmomo neke, i ngā whiu me ngā puringa mahia ai e te kaiwhātōtō. Ka arohaehaetia tēnei mea te karakia, te waiata me te pepeha kia kuhuna ai te hinengaro o te kaiwhātōtō e mārama rawa ai te ia o ōna whakaaro, tōna waiaro me tōna whanonga. Waihoki ko ngā pūrākau o mua, kua whakaemia ētehi tauira kia tīroua ngā karere i whaona ki roto. Ko te tino whāinga, ko te whera i ngā rangahau nei kia āta mōhio ki ngā koronga me ngā horopaki whāia ai e te Māori o mua ngā mahi nōnoke.

year: 2017