Abstract: A system and method of screening biological specimens by at least one processor may include receiving a sample image depicting a biological specimen; applying a machine-learning (ML) based autoencoder on the sample image, wherein said autoencoder is trained to generate a reconstructed version of the sample image, via a latent feature vector; associating a latent feature of the latent feature vector to a corresponding visual phenotype of the biological specimen; and screening the biological specimen based on said association. Embodiments of the invention may subsequently modify a value of the latent feature to produce a vector set, comprising a plurality of latent feature vectors; apply a decoder portion of the autoencoder on the vector set, to produce a corresponding reconstructed image set, representing evolution or amplification of a visual phenotype of the biological specimen; and associate the latent feature to the visual phenotype based on the reconstructed image set.

Abstract: A keypad is disclosed which has a plurality of keys (12) for the input of information. Each key has a first switch (80) and a second switch (90). The first switches (80) are all connected to a common electrical interconnection (120) and the second switches (90) are connected into a matrix electrical interconnection (62, 100). The microprocessor (66) detects a global signal on the common interconnection (120) and supplies scan signals to the matrix interconnection (62, 100) to enable detection of a particular key. The processor (66) may also selectively change the state of lines (62, 100) of the matrix and also maintain particular lines in a predetermined state by open drain ports of the processor to which the lines of the matrix are connected.

Abstract: A keypad is disclosed which has a plurality of keys (12) for the input of information. Each key has a first switch (80) and a second switch (90). The first switches (80) are all connected to a common electrical interconnection (120) and the second switches (90) are connected into a matrix electrical interconnection (62, 100). The microprocessor (66) detects a global signal on the common interconnection (120) and supplies scan signals to the matrix interconnection (62, 100) to enable detection of a particular key. The processor (66) may also selectively change the state of lines (62, 100) of the matrix and also maintain particular lines in a predetermined state by open drain ports of the processor to which the lines of the matrix are connected.

Abstract: This invention relates to a new and distinct variety of strawberry (Fragaria ananassa) named ‘Brunswick’ characterized by its large petals, large calyx, ovoid fruit, and resistance to powdery mildew. The invention is distinct from other varieties, but most similar to ‘Cavendish’ and ‘Honeoye’.

Abstract: This invention relates to a new and distinct variety of strawberry (Fragaria xananassa) named ‘Sable’. The invention is an early season, short-day variety similar to ‘Veestar’. ‘Sable’ is distinguished from ‘Veestar’ by its higher productivity, larger fruit, broader fruit, and pattern of disease resistance.

Abstract: A keypad is disclosed which has a plurality of keys (12) for the input of information. Each key has a first switch (80) and a second switch (90). The first switches (80) are all connected to a common electrical interconnection (120) and the second switches (90) are connected into a matrix electrical interconnection (62, 100). The microprocessor (66) detects a global signal on the common interconnection (120) and supplies scan signals to the matrix interconnection (62, 100) to enable detection of a particular key. The processor (66) may also selectively change the state of lines (62, 100) of the matrix and also maintain particular lines in a predetermined state by open drain ports of the processor to which the lines of the matrix are connected.

Abstract: This invention relates to a strawberry plant (Fragaria ananassa) named ‘Evangeline’ characterized by its large firm fruit and large flowers. The cultivar exhibits high yield when propagated in the field.

Abstract: This invention relates to a new and distinct variety of strawberry (Fragaria ananassa) named ‘Cabot’ characterized by its few, small flowers, large calyx, large and light colored fruit, and resistance to red stele root. The invention is distinct from other varieties, but most similar to ‘Bounty’.

Abstract: This invention relates to a new and distinct variety of strawberry (Fragaria ananassa) named ‘Brunswick’ characterized by its large petals, large calyx, ovoid fruit, and resistance to powdery mildew. The invention is distinct from other varieties, but most similar to ‘Cavendish’ and ‘Honeoye’.

Abstract: This invention relates to a new and distinct variety of strawberry (Fragaria xananassa) named ‘Sable’. The invention is an early season, short-day variety similar to ‘Veestar’. ‘Sable’ is distinguished from ‘Veestar’ by its higher productivity, larger fruit, broader fruit, and pattern of disease resistance.

Abstract: This invention relates to a new and distinct variety of strawberry (Fragaria ananassa) named ‘Brunswick’ characterized by its large petals, large calyx, ovoid fruit, and resistance to powdery mildew. The invention is distinct from other varieties, but most similar to ‘Cavendish’ and ‘Honeoye’.

Abstract: This invention relates to a new and distinct variety of strawberry (Fragaria ananassa) named ‘Cabot’ characterized by its few, small flowers, large calyx, large and light colored fruit, and resistance to red stele root. The invention is distinct from other varieties, but most similar to ‘Bounty’.

Abstract: A new and distinct variety of strawberry (Fragaria.times.ananassa Duchesne) offers strawberry growers of the Northeast climatic zone a cultivar that is high yielding and resistant to red stele, producing large fruit of good quality in the midseason. The strawberry is named `Cavendish` and was tested as K83-4.

Abstract: An ananassa type strawberry plant characterized by its high productivity and high disease resistance. The cultivar is suited for propagation in the field and produces slightly tart fruit which is acceptable for the fresh market.