Epitome descriptionis Sueciae, Gothiae, Fenningiae, et subjectarum provinciarum. Accuratiùs quàm unquam antehâc editae

Dedicated to: Petrus Brahe.

Beskrifning öfwer de til Sweriges krona lydande lapmarker, : innehollande kort underrättelse så wäl om landets belägenhet och beskaffenhet i gemen, som des inwånares tilstånd och husholdning, deras seder, maner och lefnadsart, samt laster och widskepelser, m.m. : Framgifwen af mag. Pehr Högström missionar och kyrkoherde wid Gelliware.

The date of publication is handwritten ʼ1747ʼ.

Geographie öfver konungariket Swerige samt dårunder hörande länder : författad af Eric Tuneld ... Tredje bandet, som innehåller Norrland, Lappland, Finland och Sweriges utrikes besittningar.

On the flyleaf (back): handwritten text, dated Mars/April 1831.

Das Landgut Monrepos in Finnland. 1804

Author: Ludwig Heinrich von Nicolay.

Dissertatio gradualis, stricturas quasdam criticas in historiam Alandiae, maris Baltici insulae, continens : Quam ... praeside mag. Johanne Bilmark, ... publice censurae submittit Daniel Backman, Borea-Fenno, in auditorio majori die IX Junii MDCCXCII, ...

Bound in: Dissertatio historica de paroecia Alandiae Lemland, eique annexa Lumparland / Daniel Ferdinandus Mallén. Aboae : typis Frenckellianis, [1792]

Dissertatio historica de paroecia Alandiae Lemland, eique annexa Lumparland, cujus partem priorem ... : praeside mag. Johanne Bilmark, ... Publice examinandam proponit Daniel Ferdinandus Mallén, alumnus regius, Alandus, in auditorio majori die XXV Februarii anni R. S. MDCCXCII, horis ante meridiem consuetis.

Dedicated to: Isaacus Nordberg.

Reizen door Zweeden en Finland, tot aan de uiterste grenzen van Lapland, in de jaaren 1798 en 1799 : door Joseph Acerbi. Uit het engelsch. ... Eerste deel[-vierde en laatste deel].

Digital reproduction, The National Library of Finland, Centre for Preservation and Digitisation, Mikkeli

Suomen maanopas, ynnä johdatuksen kanssa yhteiseen maa-tietoon, sunnuntai-kouluin tarpeeksi : K. A. Fineliukselta.

Digital reproduction, The National Library of Finland, Centre for Preservation and Digitisation, Mikkeli

The history of Lapland : wherein are shewed the original manners, habits, marriages, conjurations, &c. of that people : written by John Scheffer, professor of law and rhetoric at Upsal in Sweden.

Added engraved title page: The history of Lapland.

Tuotteen identifiointi tuotantoyksikössä

Tämän kandidaatintyön tarkoituksena on käsitellä tuotteen identifiointia. Työssä määritellään mitä tuotteen identifiointi tarkoittaa käsitteenä ja mitä teknologiaa on identifioinnin takana. Työn tärkein anti on konkreettiseen kohdeyritykseen sovellettavien tuotteen identifiointimenetelmien esitteleminen, vertaileminen ja soveltuvimman menetelmän valitseminen. Työssä etsitään soveltuvinta tuotteen identifiointimenetelmää kohdeyrityksen tuotantolinjan vaatimin rajauksin. Tärkeimpiä rajauksia kohdeyrityksen tuotantoon etsittävään menetelmään ovat tuotteen identifioinnin sähköistäminen ja automatisointi. Näiden rajauksien puitteissa kolmeksi tutkittavaksi menetelmäksi on valikoitunut RFID-menetelmä, RuBee-menetelmä ja viivakoodimenetelmä. Näistä jokaisesta menetelmästä esitellään työssä niiden ominaisuudet, laitteistot ja yritysesimerkki, missä käytetään kyseistä menetelmää. Menetelmien ominaisuuksien avulla työssä vertaillaan niiden soveltuvuutta kohdeyrityksen tuotantolinjastoon sen vaatimuksineen. Työssä esiintyvien menetelmien ominaisuuksien vertailua suoritettiin tietyin painoarvoin. Identifiointimenetelmien ominaisuudet ovat hyvin erilaisia ja painoarvottamalla ominaisuuksia on saatu soveltuvin menetelmä kohdeyritykseen. Kohdeyritykseen soveltuvimmaksi menetelmäksi on valittu viivakoodimenetelmä sen ollessa kustannustehokkain kohdeyrityksen tuotannon rajauksien puitteissa.

Efficient Watermarking Schemes for Speaker Verification Guaranteeing Non-repudiation

Presently different audio watermarking methods are available; most of them inclined towards copyright protection and copy protection. This is the key motive for the notion to develop a speaker verification scheme that guar- antees non-repudiation services and the thesis is its outcome. The research presented in this thesis scrutinizes the field of audio water- marking and the outcome is a speaker verification scheme that is proficient in addressing issues allied to non-repudiation to a great extent. This work aimed in developing novel audio watermarking schemes utilizing the fun- damental ideas of Fast-Fourier Transform (FFT) or Fast Walsh-Hadamard Transform (FWHT). The Mel-Frequency Cepstral Coefficients (MFCC) the best parametric representation of the acoustic signals along with few other key acoustic characteristics is employed in crafting of new schemes. The au- dio watermark created is entirely dependent to the acoustic features, hence named as FeatureMark and is crucial in this work. In any watermarking scheme, the quality of the extracted watermark de- pends exclusively on the pre-processing action and in this work framing and windowing techniques are involved. The theme non-repudiation provides immense significance in the audio watermarking schemes proposed in this work. Modification of the signal spectrum is achieved in a variety of ways by selecting appropriate FFT/FWHT coefficients and the watermarking schemes were evaluated for imperceptibility, robustness and capacity char- acteristics. The proposed schemes are unequivocally effective in terms of maintaining the sound quality, retrieving the embedded FeatureMark and in terms of the capacity to hold the mark bits. Robust nature of these marking schemes is achieved with the help of syn- chronization codes such as Barker Code with FFT based FeatureMarking scheme and Walsh Code with FWHT based FeatureMarking scheme. An- other important feature associated with this scheme is the employment of an encryption scheme towards the preparation of its FeatureMark that scrambles the signal features that helps to keep the signal features unreve- laed. A comparative study with the existing watermarking schemes and the ex- periments to evaluate imperceptibility, robustness and capacity tests guar- antee that the proposed schemes can be baselined as efficient audio water- marking schemes. The four new digital audio watermarking algorithms in terms of their performance are remarkable thereby opening more opportu- nities for further research.

The impact of a closed-loop electronic prescribing and administration system on prescribing errors, administration errors and staff time: a before-and-after study

Objectives: To assess the impact of a closed-loop electronic prescribing, automated dispensing, barcode patient identification and electronic medication administration record (EMAR) system on prescribing and administration errors, confirmation of patient identity before administration, and staff time. Design, setting and participants: Before-and-after study in a surgical ward of a teaching hospital, involving patients and staff of that ward. Intervention: Closed-loop electronic prescribing, automated dispensing, barcode patient identification and EMAR system. Main outcome measures: Percentage of new medication orders with a prescribing error, percentage of doses with medication administration errors (MAEs) and percentage given without checking patient identity. Time spent prescribing and providing a ward pharmacy service. Nursing time on medication tasks. Results: Prescribing errors were identified in 3.8% of 2450 medication orders pre-intervention and 2.0% of 2353 orders afterwards (p<0.001; χ2 test). MAEs occurred in 7.0% of 1473 non-intravenous doses pre-intervention and 4.3% of 1139 afterwards (p = 0.005; χ2 test). Patient identity was not checked for 82.6% of 1344 doses pre-intervention and 18.9% of 1291 afterwards (p<0.001; χ2 test). Medical staff required 15 s to prescribe a regular inpatient drug pre-intervention and 39 s afterwards (p = 0.03; t test). Time spent providing a ward pharmacy service increased from 68 min to 98 min each weekday (p = 0.001; t test); 22% of drug charts were unavailable pre-intervention. Time per drug administration round decreased from 50 min to 40 min (p = 0.006; t test); nursing time on medication tasks outside of drug rounds increased from 21.1% to 28.7% (p = 0.006; χ2 test). Conclusions: A closed-loop electronic prescribing, dispensing and barcode patient identification system reduced prescribing errors and MAEs, and increased confirmation of patient identity before administration. Time spent on medication-related tasks increased.

Land plants and DNA barcodes: short-term and long-term goals

Land plants have had the reputation of being problematic for DNA barcoding for two general reasons: (i) the standard DNA regions used in algae, animals and fungi have exceedingly low levels of variability and (ii) the typically used land plant plastid phylogenetic markers (e.g. rbcL, trnL-F, etc.) appear to have too little variation. However, no one has assessed how well current phylogenetic resources might work in the context of identification (versus phylogeny reconstruction). In this paper, we make such an assessment, particularly with two of the markers commonly sequenced in land plant phylogenetic studies, plastid rbcL and internal transcribed spacers of the large subunits of nuclear ribosomal DNA (ITS), and find that both of these DNA regions perform well even though the data currently available in GenBank/EBI were not produced to be used as barcodes and BLAST searches are not an ideal tool for this purpose. These results bode well for the use of even more variable regions of plastid DNA (such as, for example, psbA-trnH) as barcodes, once they have been widely sequenced. In the short term, efforts to bring land plant barcoding up to the standards being used now in other organisms should make swift progress. There are two categories of DNA barcode users, scientists in fields other than taxonomy and taxonomists. For the former, the use of mitochondrial and plastid DNA, the two most easily assessed genomes, is at least in the short term a useful tool that permits them to get on with their studies, which depend on knowing roughly which species or species groups they are dealing with, but these same DNA regions have important drawbacks for use in taxonomic studies (i.e. studies designed to elucidate species limits). For these purposes, DNA markers from uniparentally (usually maternally) inherited genomes can only provide half of the story required to improve taxonomic standards being used in DNA barcoding. In the long term, we will need to develop more sophisticated barcoding tools, which would be multiple, low-copy nuclear markers with sufficient genetic variability and PCR-reliability; these would permit the detection of hybrids and permit researchers to identify the 'genetic gaps' that are useful in assessing species limits.

DNA barcoding of a large genus, Aspalathus L. (Fabaceae)

The DNA barcode potential of three regions (the nuclear ribosomal ITS and the plastid psbA-trnH and trnT-trnL intergenic spacers) was investigated for the plant genus Aspalathus L. (Fabaceac: Crotalarieae). Aspalathus is a large genus (278 species) that revealed low levels of DNA variation in phylogenetic studies. In a 51-species dataset for the psbA-trnH and ITS regions, 45%, and 16% of sequences respectively were identical to the sequence of at least one other species, with two species undiscriminated even when the two regions were combined. In contrast, trnT-trnL, discriminated between all species in this dataset. In a larger ITS and trnT-trnL dataset. including a further 82 species. 7 species in five pairwise comparisons remained Undiscriminated when the two regions were combined. Four of the five pairs of species not discriminated by sequence data were readily distinguished using a combination of qualitative and quantitative morphological data. The difficulty of barcoding in this group is increased by the presence of intraspecific variation in all three regions studied. In the case of psbA-trnH, three intraspecific samples had a sequence identical to at least one other species. Overall, psbA-trnH. currently a candidate for plant barcoding, was the least discriminatory region in our study.

DNA barcodes for Mexican Cactaceae, plants under pressure from wild collecting

DNA barcodes could be a useful tool for plant conservation. Of particular importance is the ability to identify unknown plant material, such as from customs seizures of illegally collected specimens. Mexican cacti are an example of a threatened group, under pressure because of wild collection for the xeriscaping trade and private collectors. Mexican cacti also provide a taxonomically and geographically coherent group with which to test DNA barcodes. Here, we sample the matK barcode for 528 species of Cactaceae including approximately 75% of Mexican species and test the utility of the matK region for species-level identification. We find that the matK DNA barcode can be used to identify uniquely 77% of species sampled, and 79-87% of species of particular conservation importance. However, this is far below the desired rate of 95% and there are significant issues for PCR amplification because of the variability of primer sites. Additionally, we test the nuclear ITS regions for the cactus subfamily Opuntioideae and for the genus Ariocarpus (subfamily Cactoideae). We observed higher rates of variation for ITS (86% unique for Opuntioideae sampled) but a much lower PCR success, encountering significant intra-individual polymorphism in Ariocarpus precluding the use of this marker in this taxon. We conclude that the matK region should provide useful information as a DNA barcode for Cactaceae if the problems with primers can be addressed, but matK alone is not sufficiently variable to achieve species-level identification. Additional complementary regions should be investigated as ITS is shown to be unsuitable